.

app.py

@@ -0,0 +1,217 @@
+import streamlit as st
+import time
+import requests
+
+import os
+import json
+import glob
+import re
+import random
+import difflib
+
+from random import randrange
+
+prefix_lst = [
+  "pgj_d_4096", 
+  "pgj_d_2048", 
+  "pgj_d_1024_v2", 
+  "pgj_d_1024_layer_14", 
+  "pgj_d_1024_layer_7", 
+  "pgj_d_1024_layer_2", 
+  "pgj_d_1024_layer_1" ]
+
+model_names = {
+  prefix_lst[0]: 'PatentGPT-J-6B',
+  prefix_lst[1]: 'PatentGPT-J-1.6B',
+  prefix_lst[2]: 'PatentGPT-J-456M',
+  prefix_lst[3]: 'PatentGPT-J-279M',
+  prefix_lst[4]: 'PatentGPT-J-191M',
+  prefix_lst[5]: 'PatentGPT-J-128M',
+  prefix_lst[6]: 'PatentGPT-J-115M',}
+
+# experiment 3
+# folder = os.path.join('experiments', 'non_patent')
+# id_to_scroll = 1  # which of the above to scroll through
+# first_claim_only = True 
+
+#experiment 2
+folder = os.path.join('experiments', 'ipg20220104_500')
+#folder = "device_serve_results"
+id_to_scroll = 1  # which of the above to scroll through
+first_claim_only = False
+
+# prefix_lst = ["my_gptj_6b_tpu_size_8", "pgj_d_4096", "pgj_d_2048", "pgj_d_1024_layer_14", "pgj_d_1024_layer_7", "pgj_d_1024_layer_2", "pgj_d_1024_layer_1"]
+# #, "pgj_large", "pgj_medium", "pgj_small", ]
+# # "pgj_d_1024_layer_14"
+
+# experiment 1
+# folder = os.path.join('experiments', 'ipg22_500')
+# # (previous) folder = "eval_ipg22_500"
+# id_to_scroll = 1  # which of the above to scroll through
+# first_claim_only = True 
+
+select_lst = []
+
+def handle_char_return(text):
+  if text == '(none)':  # unicorn text
+    text == ''
+
+  return text
+
+def calc_height(s):
+  return int(len(s) / 10 * 3) + 30
+
+def remove_end_of_claim_text(gen_text):  
+  tag = '<|end_of_claim|>'
+  pos = gen_text.find(tag)
+  if pos > 0:
+    gen_text = gen_text[:pos+len(tag)]
+    return gen_text
+
+  tag = '<|endoftext|>'
+  pos = gen_text.find(tag)
+  if pos > 0:
+    gen_text = gen_text[:pos+len(tag)]
+
+  return gen_text
+
+def update_content():
+  #st.write("The value of the slider is:", st.session_state.myslider)
+  pass
+
+def prepare_select_lst():
+  num_set = set()
+  fn_lst = glob.glob(os.path.join(folder, '*'))
+  for i, fn in enumerate(fn_lst):
+    for prefix in prefix_lst:    
+      v = re.search('(.*?)%s\_(\d+\_\d+)\_(.*?)' % prefix, fn)
+      if v is None:
+        v = re.search('(.*?)%s\_(\w+\_\d+)\_(.*?)' % prefix, fn)
+        if v is None:
+          continue
+
+      v = v.group(2)
+      if first_claim_only:
+        if v.endswith('_1'):
+          num_set.add(v)
+      else: 
+        num_set.add(v)
+
+  num_lst = list(num_set)
+  num_lst.sort()
+
+  select_lst = []
+  for i, num in enumerate(num_lst):
+    all_existed = True
+    for prefix in prefix_lst:
+      fn = os.path.join(folder, '%s_%s_forward.json' % (prefix, num))
+      if os.path.exists(fn) == False:
+        all_existed = False
+        break
+    if all_existed: 
+      select_lst.append(num)
+  select_lst.sort()
+
+  return select_lst
+  
+def update_selected():
+  global select_lst
+
+  #st.write("The value of the slider is:", st.session_state.myselectbox)
+  #num = selected.replace(')', '').replace(' (claim ', '_')
+  selected = st.session_state.myselectbox
+  pick_and_load(select_lst, selected)
+
+def pick_and_load(select_lst, selected=None):
+  if selected is None:
+    pick = random.randrange(len(select_lst))
+    st.session_state['picked_flag'] = pick
+    selected = select_lst[pick]
+  num = selected.replace(')', '').replace(' (claim ', '_')
+  st.session_state['num'] = num
+
+  prefix = "pgj_d_1024_v2" # size: 456M
+  base_fn = '%s_%s_forward.json' % (prefix, num)
+  full_fn = os.path.join(folder, base_fn)
+  with open(full_fn) as f:
+    result = json.loads(f.read())
+    print("Loaded: %s" % full_fn)
+  st.session_state['result'] = result
+
+  return pick, num, result 
+
+def main():
+  st.set_page_config(  # Alternate names: setup_page, page, layout
+    layout="wide",  # Can be "centered" or "wide". In the future also "dashboard", etc.
+    initial_sidebar_state="auto",  # Can be "auto", "expanded", "collapsed"
+    page_title="Patent-GPT-J demo",  # String or None. Strings get appended with "• Streamlit".
+    page_icon=None,  # String, anything supported by st.image, or None.
+  )
+  st.subheader("PatentGPT-J Demo 2 (Autocomplete Effectiveness)")
+  st.text("Data coverage: ipg220104 (in 2022-01-04)")
+
+  if 'select_lst' not in st.session_state:
+    select_lst = prepare_select_lst()
+    st.session_state['select_lst'] = select_lst
+  else:
+    select_lst = st.session_state['select_lst']
+
+  if len(select_lst) == 0:
+    st.text('select_lst is empty')
+    return 
+
+  show_patent_lst = [ s.replace('_', ' (claim ') + ')' for s in select_lst]
+
+  #pick = 0
+  if 'picked_flag' not in st.session_state:
+    pick, num, result = pick_and_load(select_lst)
+  else:
+    pick = st.session_state['picked_flag']
+    num = st.session_state['num']
+    result = st.session_state['result']
+    
+  if st.button('Random pick'):
+    pick, num, result = pick_and_load(select_lst)
+
+  # to-do, on_change --> load the file
+  selected = st.selectbox("Choose a patent claim", show_patent_lst, index=pick, key='myselectbox', on_change=update_selected)
+
+  #st.text('Selected: %s' % num)
+  recv = result['recv']
+  lst = result['output']
+  input_tokens = result['input']
+
+  height = calc_height(recv['context'])
+  st.text_area('context:', recv['context'], height=height)
+
+  pos = st.slider("Token position", 0, len(lst), key="myslider", on_change=update_content)
+  prompt = ''
+  for i in range(pos+1):
+    prompt += input_tokens[i]['text']
+  height = calc_height(prompt)
+  st.text_area('prompt:', prompt, height=height)
+
+  ch = handle_char_return(lst[pos]['actual_next_token_text'])
+  st.text('actual_next_token_text: %s --> pick seq: %s (prob: %.2f)    top 10 tokens:' % (ch, int(lst[pos]['actual_next_token_top_seq'])+1, 
+    float(lst[pos]['actual_next_token_top_prob'])))
+
+  msg = ''
+  for i, v in enumerate(lst[pos]['top_n_lst']):
+    ch = handle_char_return(v['top_n_text'])
+    msg += '(%s)[%s](%.2f)   ' % (i+1, ch, float(v['top_n_prob']))
+    if i == 4:
+      st.text(msg)
+      msg = ''
+  st.text(msg)
+
+  gen_text = lst[pos]['gen_text']
+  gen_text = remove_end_of_claim_text(gen_text)
+
+  height = calc_height(gen_text)
+  st.text_area('generated:', gen_text, height=height)
+  #st.text('gen_text: %s' % gen_text)
+  #st.text("done. ok.")
+  #st.text('result:\n%s' % result)
+
+if __name__ == "__main__":
+  main()

experiments/ipg20220104_500/my_gptj_6b_tpu_size_8_11212955_5_forward.json

@@ -0,0 +1 @@
+{"input": [{"id": 27, "text": "<"}, {"id": 91, "text": "|"}, {"id": 9688, "text": "start"}, {"id": 62, "text": "_"}, {"id": 1659, "text": "of"}, {"id": 62, "text": "_"}, {"id": 6604, "text": "claim"}, {"id": 91, "text": "|"}, {"id": 29, "text": ">"}, {"id": 18, "text": "3"}, {"id": 13, "text": "."}, {"id": 383, "text": " The"}, {"id": 1080, "text": " system"}, {"id": 286, "text": " of"}, {"id": 1624, "text": " claim"}, {"id": 352, "text": " 1"}, {"id": 11, "text": ","}, {"id": 22881, "text": " wherein"}, {"id": 262, "text": " the"}, {"id": 5072, "text": " output"}, {"id": 6737, "text": " signal"}, {"id": 28800, "text": " comprises"}, {"id": 281, "text": " an"}, {"id": 31094, "text": " electromagnetic"}, {"id": 11881, "text": " radiation"}, {"id": 6737, "text": " signal"}, {"id": 13, "text": "."}, {"id": 1279, "text": " <"}, {"id": 91, "text": "|"}, {"id": 10378, "text": "dep"}, {"id": 91, "text": "|"}, {"id": 29, "text": ">"}, {"id": 642, "text": " 5"}, {"id": 13, "text": "."}, {"id": 383, "text": " The"}, {"id": 1080, "text": " system"}, {"id": 286, "text": " of"}, {"id": 1624, "text": " claim"}, {"id": 513, "text": " 3"}, {"id": 11, "text": ","}, {"id": 22881, "text": " wherein"}, {"id": 262, "text": " the"}, {"id": 11507, "text": " parameter"}, {"id": 286, "text": " of"}, {"id": 262, "text": " the"}, {"id": 1441, "text": " return"}, {"id": 6737, "text": " signal"}, {"id": 28800, "text": " comprises"}, {"id": 257, "text": " a"}, {"id": 37410, "text": " spectral"}, {"id": 11507, "text": " parameter"}, {"id": 29847, "text": ".<"}, {"id": 91, "text": "|"}, {"id": 437, "text": "end"}, {"id": 62, "text": "_"}, {"id": 1659, "text": "of"}, {"id": 62, "text": "_"}, {"id": 6604, "text": "claim"}, {"id": 91, "text": "|"}, {"id": 29, "text": ">"}, {"id": 50256, "text": "<|endoftext|>"}], "output": [{"idx": 0, "gen_text": "!DOCTYPE html>\n<html lang=\"en\">\n  <head>\n    <title>ActionLinker Enumeration Reference</title>\n    <link rel=\"stylesheet\" type=\"text/css\" href=\"../../css/jazzy.css\" />\n    <link rel=\"stylesheet\" type=\"text/css\" href=\"../../css/highlight.css\" />\n    <meta charset=\"utf-8\">\n    <script src=\"../../js/jquery.min.js\" defer", "actual_next_token_text": "|", "actual_next_token_top_seq": 207, "actual_next_token_top_prob": "0.0002746695827227086", "top_n_lst": [{"top_n_text": "!", "top_n_id": 0, "top_n_prob": "0.4664663076400757"}, {"top_n_text": "!--", "top_n_id": 28112, "top_n_prob": "0.06796272099018097"}, {"top_n_text": "html", "top_n_id": 6494, "top_n_prob": "0.018556172028183937"}, {"top_n_text": "div", "top_n_id": 7146, "top_n_prob": "0.016261596232652664"}, {"top_n_text": "p", "top_n_id": 79, "top_n_prob": "0.012991027906537056"}, {"top_n_text": "h", "top_n_id": 71, "top_n_prob": "0.011375595815479755"}, {"top_n_text": "%", "top_n_id": 4, "top_n_prob": "0.009160471148788929"}, {"top_n_text": "a", "top_n_id": 64, "top_n_prob": "0.00845476146787405"}, {"top_n_text": "template", "top_n_id": 28243, "top_n_prob": "0.008200906217098236"}, {"top_n_text": "j", "top_n_id": 73, "top_n_prob": "0.005723609589040279"}]}, {"idx": 1, "gen_text": "budh_> YAWN, can we move to Ubuntu?\n<OerHeks> budh_, too easy, already done\n<Xanather> Zyf: can you list me everything that is required for the same so I can compile?\n<budh_> thank you OerHeks!\n<OerHeks> budh_, there are no further options.\n<MonkeyDust> budh_  just scroll up and read what OerHeks has said\n<ikonia> Xanather: if you can't do it yourself, you should contact the author", "actual_next_token_text": "start", "actual_next_token_top_seq": 1918, "actual_next_token_top_prob": "2.5962212021113373e-05", "top_n_lst": [{"top_n_text": "\\", "top_n_id": 59, "top_n_prob": "0.2432149052619934"}, {"top_n_text": "{\\", "top_n_id": 31478, "top_n_prob": "0.03889869153499603"}, {"top_n_text": "_", "top_n_id": 62, "top_n_prob": "0.0281402375549078"}, {"top_n_text": "[", "top_n_id": 58, "top_n_prob": "0.02250334806740284"}, {"top_n_text": "t", "top_n_id": 83, "top_n_prob": "0.02132021263241768"}, {"top_n_text": "Qu", "top_n_id": 4507, "top_n_prob": "0.016253286972641945"}, {"top_n_text": "x", "top_n_id": 87, "top_n_prob": "0.014817992225289345"}, {"top_n_text": "3", "top_n_id": 18, "top_n_prob": "0.012668772600591183"}, {"top_n_text": "0", "top_n_id": 15, "top_n_prob": "0.011317886412143707"}, {"top_n_text": "k", "top_n_id": 74, "top_n_prob": "0.010641492903232574"}]}, {"idx": 2, "gen_text": "|> Hey\n<|start|> How are you?\n<|start|> hello\n<auronandace> |start|: try joining #ubuntu-offtopic for general chat\n<Myrtti> |start|: good, you?\n<ksk_> huh?\n<|start|> not much, ok?\n<auronandace> |start|: this is a support channel, not a social channel\n<ksk_> not able to find the file we need to take screenshot\n<|start|> ok\n<Myrtti> |start|: no", "actual_next_token_text": "_", "actual_next_token_top_seq": 2, "actual_next_token_top_prob": "0.04796206206083298", "top_n_lst": [{"top_n_text": "|", "top_n_id": 91, "top_n_prob": "0.4669879674911499"}, {"top_n_text": "up", "top_n_id": 929, "top_n_prob": "0.1443711817264557"}, {"top_n_text": "_", "top_n_id": 62, "top_n_prob": "0.04796206206083298"}, {"top_n_text": ">", "top_n_id": 29, "top_n_prob": "0.02994481660425663"}, {"top_n_text": "-", "top_n_id": 12, "top_n_prob": "0.015326568856835365"}, {"top_n_text": ".", "top_n_id": 13, "top_n_prob": "0.013989578932523727"}, {"top_n_text": "x", "top_n_id": 87, "top_n_prob": "0.008089801296591759"}, {"top_n_text": "X", "top_n_id": 55, "top_n_prob": "0.0064937579445540905"}, {"top_n_text": "p", "top_n_id": 79, "top_n_prob": "0.006375747267156839"}, {"top_n_text": ",", "top_n_id": 11, "top_n_prob": "0.005599842872470617"}]}, {"idx": 3, "gen_text": "date|> from its start_date property\nSo for you, as @IgorSkochkin suggested, you should write your code this way\nfrom datetime import datetime\n\nstart = datetime.strptime(start_date, '%m/%d/%Y')\n\ncurr = datetime.strptime(str(datetime.today()), '%m/%d/%Y')\n\nif start < curr:\n    # Do your code\n    print('start date is less than current date')\n\nif curr >", "actual_next_token_text": "of", "actual_next_token_top_seq": 10, "actual_next_token_top_prob": "0.009999189525842667", "top_n_lst": [{"top_n_text": "time", "top_n_id": 2435, "top_n_prob": "0.16792148351669312"}, {"top_n_text": "date", "top_n_id": 4475, "top_n_prob": "0.12451724708080292"}, {"top_n_text": "row", "top_n_id": 808, "top_n_prob": "0.028678592294454575"}, {"top_n_text": "x", "top_n_id": 87, "top_n_prob": "0.01553444005548954"}, {"top_n_text": "page", "top_n_id": 7700, "top_n_prob": "0.014773827977478504"}, {"top_n_text": "point", "top_n_id": 4122, "top_n_prob": "0.01228373870253563"}, {"top_n_text": "index", "top_n_id": 9630, "top_n_prob": "0.011974221095442772"}, {"top_n_text": "offset", "top_n_id": 28968, "top_n_prob": "0.01067145261913538"}, {"top_n_text": "block", "top_n_id": 9967, "top_n_prob": "0.010378381237387657"}, {"top_n_text": "y", "top_n_id": 88, "top_n_prob": "0.010300936177372932"}]}, {"idx": 4, "gen_text": "_string|>|<!|end_of_string|>{1}'\n      //                                                                                                      ", "actual_next_token_text": "_", "actual_next_token_top_seq": 0, "actual_next_token_top_prob": "0.9729450345039368", "top_n_lst": [{"top_n_text": "_", "top_n_id": 62, "top_n_prob": "0.9729450345039368"}, {"top_n_text": "s", "top_n_id": 82, "top_n_prob": "0.005531278904527426"}, {"top_n_text": "|", "top_n_id": 91, "top_n_prob": "0.0036284944508224726"}, {"top_n_text": ">", "top_n_id": 29, "top_n_prob": "0.0016831811517477036"}, {"top_n_text": ":", "top_n_id": 25, "top_n_prob": "0.0016299363924190402"}, {"top_n_text": "(", "top_n_id": 7, "top_n_prob": "0.0008529475890100002"}, {"top_n_text": "day", "top_n_id": 820, "top_n_prob": "0.0007323914323933423"}, {"top_n_text": ",", "top_n_id": 11, "top_n_prob": "0.0007214233628474176"}, {"top_n_text": "line", "top_n_id": 1370, "top_n_prob": "0.0007112438906915486"}, {"top_n_text": "stream", "top_n_id": 5532, "top_n_prob": "0.00040692099719308317"}]}, {"idx": 5, "gen_text": "string_literal|> ([first_ |... | _last_] [tag::minus] tag) => <|expression|> (markdown_enclose(expression, {back_ref = first_, tag = tag, recurse = true}));\n<|end_of_string_literal|> => <|expression|> (markdown_enclose(expression, {back_ref = <|empty|>, tag = tag, recurse = true}));\n<|start_of_literal|> [=`] <|text_quoted_string|", "actual_next_token_text": "claim", "actual_next_token_top_seq": 1243, "actual_next_token_top_prob": "4.869846816291101e-05", "top_n_lst": [{"top_n_text": "day", "top_n_id": 820, "top_n_prob": "0.09067793190479279"}, {"top_n_text": "line", "top_n_id": 1370, "top_n_prob": "0.0716804563999176"}, {"top_n_text": "input", "top_n_id": 15414, "top_n_prob": "0.06172821670770645"}, {"top_n_text": "week", "top_n_id": 10464, "top_n_prob": "0.0608438141644001"}, {"top_n_text": "file", "top_n_id": 7753, "top_n_prob": "0.03325833007693291"}, {"top_n_text": "month", "top_n_id": 8424, "top_n_prob": "0.02716340683400631"}, {"top_n_text": "string", "top_n_id": 8841, "top_n_prob": "0.022318365052342415"}, {"top_n_text": "time", "top_n_id": 2435, "top_n_prob": "0.018014494329690933"}, {"top_n_text": "the", "top_n_id": 1169, "top_n_prob": "0.017328200861811638"}, {"top_n_text": "stream", "top_n_id": 5532, "top_n_prob": "0.013092206791043282"}]}, {"idx": 6, "gen_text": "_period>\n            </absolute_end>\n            <start_of_claim_period currency=\"EUR\">\n                <period_end type=\"start\">\n                    <absolute_end>|start_of_claim_period|</absolute_end>\n                   ", "actual_next_token_text": "|", "actual_next_token_top_seq": 2, "actual_next_token_top_prob": "0.22522874176502228", "top_n_lst": [{"top_n_text": "_", "top_n_id": 62, "top_n_prob": "0.36762553453445435"}, {"top_n_text": "s", "top_n_id": 82, "top_n_prob": "0.2885366380214691"}, {"top_n_text": "|", "top_n_id": 91, "top_n_prob": "0.22522874176502228"}, {"top_n_text": ">", "top_n_id": 29, "top_n_prob": "0.014750907197594643"}, {"top_n_text": "ant", "top_n_id": 415, "top_n_prob": "0.007925459183752537"}, {"top_n_text": ".", "top_n_id": 13, "top_n_prob": "0.007239027414470911"}, {"top_n_text": ")", "top_n_id": 8, "top_n_prob": "0.0066750384867191315"}, {"top_n_text": ",", "top_n_id": 11, "top_n_prob": "0.004530633334070444"}, {"top_n_text": "__", "top_n_id": 834, "top_n_prob": "0.002671101363375783"}, {"top_n_text": "-", "top_n_id": 12, "top_n_prob": "0.002093692310154438"}]}, {"idx": 7, "gen_text": ">jessica<|end_of_claim|>\n\nstart_of_claim => I entered into the claim on September 16, 2013\n|end_of_claim| => I completed the claim on September 16, 2013\n\nTo extract these pieces of information, we need to extract any dates from the claim which are to the |start_of_claim| and |end_of_claim|. The expression |(let (org|time*) = {start_date; end_date})[3]| will extract any values in |org|. In this example, we know there's", "actual_next_token_text": ">", "actual_next_token_top_seq": 0, "actual_next_token_top_prob": "0.26815226674079895", "top_n_lst": [{"top_n_text": ">", "top_n_id": 29, "top_n_prob": "0.26815226674079895"}, {"top_n_text": ")", "top_n_id": 8, "top_n_prob": "0.04701981693506241"}, {"top_n_text": "\n", "top_n_id": 198, "top_n_prob": "0.03959254175424576"}, {"top_n_text": ",", "top_n_id": 11, "top_n_prob": "0.036870673298835754"}, {"top_n_text": "]", "top_n_id": 60, "top_n_prob": "0.03617225959897041"}, {"top_n_text": "\\", "top_n_id": 59, "top_n_prob": "0.027290092781186104"}, {"top_n_text": ">,", "top_n_id": 22330, "top_n_prob": "0.025371843948960304"}, {"top_n_text": "}", "top_n_id": 92, "top_n_prob": "0.02444211021065712"}, {"top_n_text": " |", "top_n_id": 930, "top_n_prob": "0.022961612790822983"}, {"top_n_text": "\"", "top_n_id": 1, "top_n_prob": "0.021469321101903915"}]}, {"idx": 8, "gen_text": " |end_of_claim| and\n|#|\n|#|You have been claiming since: |start_of_claim|\n|#|* |claim_id|\n|#|and have completed your claim on this date: |end_of_claim|\n|#|\n|#|* Your claim will expire on: |claim_expiration_date|\n|#|* Your claim amount is: |claim_amount|\n\n|#|\n|#|**NOTES**:\n|#|* You must claim at least once before your claim expires\n|", "actual_next_token_text": "3", "actual_next_token_top_seq": 273, "actual_next_token_top_prob": "0.0004412955604493618", "top_n_lst": [{"top_n_text": "\n", "top_n_id": 198, "top_n_prob": "0.13932614028453827"}, {"top_n_text": " I", "top_n_id": 314, "top_n_prob": "0.02130769193172455"}, {"top_n_text": "|", "top_n_id": 91, "top_n_prob": "0.01916894130408764"}, {"top_n_text": " i", "top_n_id": 1312, "top_n_prob": "0.01839813031256199"}, {"top_n_text": " <", "top_n_id": 1279, "top_n_prob": "0.017959823831915855"}, {"top_n_text": " |", "top_n_id": 930, "top_n_prob": "0.017573289573192596"}, {"top_n_text": " ", "top_n_id": 220, "top_n_prob": "0.015518390573561192"}, {"top_n_text": ";", "top_n_id": 26, "top_n_prob": "0.014539426192641258"}, {"top_n_text": " is", "top_n_id": 318, "top_n_prob": "0.014280839823186398"}, {"top_n_text": " and", "top_n_id": 290, "top_n_prob": "0.012754845432937145"}]}, {"idx": 9, "gen_text": "+4+5+6+7+8+9+10+11+12+13+14+15+16+17+18+19+20+21+22+23+24+25+26+27+28+29+30+31+32+33+34+35+36+37+38+39+40+41+42+43+44+45+46+47+48+49+50+51+52+53+54+55+56+57+58+59+60+61+62+63+64+65+66+67", "actual_next_token_text": ".", "actual_next_token_top_seq": 2, "actual_next_token_top_prob": "0.07774357497692108", "top_n_lst": [{"top_n_text": "</", "top_n_id": 3556, "top_n_prob": "0.1546056568622589"}, {"top_n_text": "\n", "top_n_id": 198, "top_n_prob": "0.09467064589262009"}, {"top_n_text": ".", "top_n_id": 13, "top_n_prob": "0.07774357497692108"}, {"top_n_text": "<", "top_n_id": 27, "top_n_prob": "0.040511976927518845"}, {"top_n_text": ",", "top_n_id": 11, "top_n_prob": "0.03735414147377014"}, {"top_n_text": "/", "top_n_id": 14, "top_n_prob": "0.036289531737565994"}, {"top_n_text": ")", "top_n_id": 8, "top_n_prob": "0.0362115353345871"}, {"top_n_text": "|", "top_n_id": 91, "top_n_prob": "0.028268324211239815"}, {"top_n_text": " days", "top_n_id": 1528, "top_n_prob": "0.020835470408201218"}, {"top_n_text": ":", "top_n_id": 25, "top_n_prob": "0.01797366887331009"}]}, {"idx": 10, "gen_text": " where to look next?\n<|start_of_claim|> need help a little, more to come\n<jmcdonald> well this is something specific to the package that you are trying to remove\n<jmcdonald> which means you can either remove the package using apt (not the best idea in terms of solution, but good for when you have no other choice) or if it does not actually need those dependencies you can use the -f flag to remove it, if those dependancies are unneeded\n<jmcdonald> something like: sudo apt-get remove -f sun-java6-j", "actual_next_token_text": " The", "actual_next_token_top_seq": 13, "actual_next_token_top_prob": "0.01072745118290186", "top_n_lst": [{"top_n_text": "0", "top_n_id": 15, "top_n_prob": "0.14028489589691162"}, {"top_n_text": "\n", "top_n_id": 198, "top_n_prob": "0.07688760757446289"}, {"top_n_text": "5", "top_n_id": 20, "top_n_prob": "0.054414939135313034"}, {"top_n_text": "1", "top_n_id": 16, "top_n_prob": "0.03992271050810814"}, {"top_n_text": "2", "top_n_id": 17, "top_n_prob": "0.039692122489213943"}, {"top_n_text": "3", "top_n_id": 18, "top_n_prob": "0.035633303225040436"}, {"top_n_text": "4", "top_n_id": 19, "top_n_prob": "0.02587662637233734"}, {"top_n_text": " ", "top_n_id": 220, "top_n_prob": "0.020381640642881393"}, {"top_n_text": "6", "top_n_id": 21, "top_n_prob": "0.018040884286165237"}, {"top_n_text": "8", "top_n_id": 23, "top_n_prob": "0.013203171081840992"}]}, {"idx": 11, "gen_text": " maximum period of indemnity\n                                      is one year. The maximum period for\n                                      commencement of actions is six years.\n                               ", "actual_next_token_text": " system", "actual_next_token_top_seq": 51, "actual_next_token_top_prob": "0.002587473951280117", "top_n_lst": [{"top_n_text": " first", "top_n_id": 717, "top_n_prob": "0.01888338476419449"}, {"top_n_text": " claim", "top_n_id": 1624, "top_n_prob": "0.018388602882623672"}, {"top_n_text": "\n", "top_n_id": 198, "top_n_prob": "0.017112869769334793"}, {"top_n_text": " claimant", "top_n_id": 50018, "top_n_prob": "0.015521600842475891"}, {"top_n_text": " number", "top_n_id": 1271, "top_n_prob": "0.012532920576632023"}, {"top_n_text": " court", "top_n_id": 2184, "top_n_prob": "0.010644132271409035"}, {"top_n_text": " average", "top_n_id": 2811, "top_n_prob": "0.010268157348036766"}, {"top_n_text": " amount", "top_n_id": 2033, "top_n_prob": "0.00928419828414917"}, {"top_n_text": " total", "top_n_id": 2472, "top_n_prob": "0.007003135979175568"}, {"top_n_text": " date", "top_n_id": 3128, "top_n_prob": "0.006875928025692701"}]}, {"idx": 12, "gen_text": " shall provide... <|end_of_claim|>a. the basic coverage and services called for in the\n|final_claim| table, which shall include <|supplemental_services|>\n\nB. available services and benefits and <|supplemental_services|>,\n\nTo include the specified coverage (benefits and services), (supplemental_services) of an individual.\n\nWho qualifies as an eligible person shall be determined by the Department.\n\n[||final_claim|] a. make decisions on granting benefits or insurance coverage based on this policy... 4. The Department", "actual_next_token_text": " of", "actual_next_token_top_seq": 11, "actual_next_token_top_prob": "0.014047347009181976", "top_n_lst": [{"top_n_text": " will", "top_n_id": 481, "top_n_prob": "0.13511580228805542"}, {"top_n_text": " shall", "top_n_id": 2236, "top_n_prob": "0.08790165930986404"}, {"top_n_text": " is", "top_n_id": 318, "top_n_prob": "0.07709142565727234"}, {"top_n_text": " has", "top_n_id": 468, "top_n_prob": "0.02814469486474991"}, {"top_n_text": " may", "top_n_id": 743, "top_n_prob": "0.026791466400027275"}, {"top_n_text": " must", "top_n_id": 1276, "top_n_prob": "0.023782987147569656"}, {"top_n_text": " should", "top_n_id": 815, "top_n_prob": "0.02332780696451664"}, {"top_n_text": " administrator", "top_n_id": 18382, "top_n_prob": "0.021194826811552048"}, {"top_n_text": " can", "top_n_id": 460, "top_n_prob": "0.017414115369319916"}, {"top_n_text": " does", "top_n_id": 857, "top_n_prob": "0.015471265651285648"}]}, {"idx": 13, "gen_text": " claim 4, wherein the system is further configured to determine a third number of days in the time interval and a third number of claims\n\n|start_of_claim|from the time interval, based on the third number of days in the time interval.\n\n|start_of_claim|4. The system of claim 3, wherein the system is further configured to determine a fourth number of days in the time interval and a fourth number of claims\n\n|start_of_claim|from the time interval, based on the fourth number of days in the time interval.\n\n|start_of_claim|5", "actual_next_token_text": " claim", "actual_next_token_top_seq": 1, "actual_next_token_top_prob": "0.062164731323719025", "top_n_lst": [{"top_n_text": " the", "top_n_id": 262, "top_n_prob": "0.13838936388492584"}, {"top_n_text": " claim", "top_n_id": 1624, "top_n_prob": "0.062164731323719025"}, {"top_n_text": " this", "top_n_id": 428, "top_n_prob": "0.043510906398296356"}, {"top_n_text": " claims", "top_n_id": 3667, "top_n_prob": "0.041600875556468964"}, {"top_n_text": " record", "top_n_id": 1700, "top_n_prob": "0.03413236886262894"}, {"top_n_text": " a", "top_n_id": 257, "top_n_prob": "0.011803336441516876"}, {"top_n_text": " records", "top_n_id": 4406, "top_n_prob": "0.011424376629292965"}, {"top_n_text": " care", "top_n_id": 1337, "top_n_prob": "0.011174267157912254"}, {"top_n_text": " payment", "top_n_id": 6074, "top_n_prob": "0.009972875937819481"}, {"top_n_text": " government", "top_n_id": 1230, "top_n_prob": "0.009485894814133644"}]}, {"idx": 14, "gen_text": " 3, further comprising:\n\nmeans for correlating the data stored in the storage device with other data received from other storage devices.\n\n4. The system of claim 1, wherein said memory device further comprises a non-volatile memory device.\n\n5. The system of claim 1, wherein said memory device further comprises a random access memory device.\n\n6. The system of claim 1, wherein said memory device further comprises a read-only memory device.\n\n7. The system of claim 1, wherein said memory device further comprises a flash memory device.\n\n8. The system of claim 1,", "actual_next_token_text": " 1", "actual_next_token_top_seq": 0, "actual_next_token_top_prob": "0.5082486271858215", "top_n_lst": [{"top_n_text": " 1", "top_n_id": 352, "top_n_prob": "0.5082486271858215"}, {"top_n_text": " 2", "top_n_id": 362, "top_n_prob": "0.1812209188938141"}, {"top_n_text": " 3", "top_n_id": 513, "top_n_prob": "0.06896939873695374"}, {"top_n_text": " 4", "top_n_id": 604, "top_n_prob": "0.03452242910861969"}, {"top_n_text": " 5", "top_n_id": 642, "top_n_prob": "0.02442379668354988"}, {"top_n_text": " 6", "top_n_id": 718, "top_n_prob": "0.01762227714061737"}, {"top_n_text": " 8", "top_n_id": 807, "top_n_prob": "0.010410440154373646"}, {"top_n_text": " 7", "top_n_id": 767, "top_n_prob": "0.010408851318061352"}, {"top_n_text": "\n", "top_n_id": 198, "top_n_prob": "0.010201958939433098"}, {"top_n_text": " 9", "top_n_id": 860, "top_n_prob": "0.010128543712198734"}]}, {"idx": 15, "gen_text": " wherein the third means for disconnecting is:\n\n4. The system of claim 3, wherein the system of claim 3 comprises the third means for disconnecting and wherein the method of claim 5 comprises steps a through d.\n\n5. The method of claim 4 wherein the third means for disconnecting is:\n\nThe prior art documents a doorbell having a transmitter and a receiver which allows for both visual and audible access to the premises. In one embodiment the receiver is built into the door and the transmitter is a bell mounted on the exterior of the door. When a door is opened the bell rings so that an individual can see", "actual_next_token_text": ",", "actual_next_token_top_seq": 0, "actual_next_token_top_prob": "0.7813704013824463", "top_n_lst": [{"top_n_text": ",", "top_n_id": 11, "top_n_prob": "0.7813704013824463"}, {"top_n_text": " wherein", "top_n_id": 22881, "top_n_prob": "0.11505819112062454"}, {"top_n_text": " further", "top_n_id": 2252, "top_n_prob": "0.03553455322980881"}, {"top_n_text": " may", "top_n_id": 743, "top_n_prob": "0.009263228625059128"}, {"top_n_text": " is", "top_n_id": 318, "top_n_prob": "0.0065650553442537785"}, {"top_n_text": " in", "top_n_id": 287, "top_n_prob": "0.00437238160520792"}, {"top_n_text": " can", "top_n_id": 460, "top_n_prob": "0.0038057896308600903"}, {"top_n_text": " where", "top_n_id": 810, "top_n_prob": "0.003089028410613537"}, {"top_n_text": ":", "top_n_id": 25, "top_n_prob": "0.0028767907060682774"}, {"top_n_text": " includes", "top_n_id": 3407, "top_n_prob": "0.0027620166074484587"}]}, {"idx": 16, "gen_text": " wherein the Internet access device is the telephone.\n\n5. The system of claim 4, wherein the alert device is the Internet based alarm notification system.\n\n6. The system of claim 4, wherein the alert device includes a telephone.\n\n7. The system of claim 4, wherein the alert device includes a cellular telephone.\n\n8. The system of claim 4, wherein the alert device includes a telephone that includes a display screen, a data processor and a wireless communications device.\n\n9. The system of claim 4, wherein the alert device is an Internet-based computer alarm notification system that communicates with a server", "actual_next_token_text": " wherein", "actual_next_token_top_seq": 0, "actual_next_token_top_prob": "0.784572184085846", "top_n_lst": [{"top_n_text": " wherein", "top_n_id": 22881, "top_n_prob": "0.784572184085846"}, {"top_n_text": " further", "top_n_id": 2252, "top_n_prob": "0.12854361534118652"}, {"top_n_text": " comprising", "top_n_id": 27918, "top_n_prob": "0.014243707992136478"}, {"top_n_text": " where", "top_n_id": 810, "top_n_prob": "0.013201459310948849"}, {"top_n_text": " in", "top_n_id": 287, "top_n_prob": "0.011839772574603558"}, {"top_n_text": " characterized", "top_n_id": 16264, "top_n_prob": "0.005638334900140762"}, {"top_n_text": "\n", "top_n_id": 198, "top_n_prob": "0.005614468362182379"}, {"top_n_text": " including", "top_n_id": 1390, "top_n_prob": "0.004859677515923977"}, {"top_n_text": " said", "top_n_id": 531, "top_n_prob": "0.004365315195173025"}, {"top_n_text": " which", "top_n_id": 543, "top_n_prob": "0.0032141220290213823"}]}, {"idx": 17, "gen_text": " the second network portion includes at least one event identifier.\n\n25. The system of claim 24, wherein the event identifier associated with the said event is a location identifier.\n\n26. The system of claim 25, wherein the said event includes a location associated with the client.\n\n27. The system of claim 26, wherein the said location is included within the first network portion.\n\n28. The system of claim 25, wherein the said event includes a location associated with the client.\n\n29. The system of claim 27, wherein the said location is included within the first network portion.\n\n30. The", "actual_next_token_text": " the", "actual_next_token_top_seq": 0, "actual_next_token_top_prob": "0.4269771873950958", "top_n_lst": [{"top_n_text": " the", "top_n_id": 262, "top_n_prob": "0.4269771873950958"}, {"top_n_text": " said", "top_n_id": 531, "top_n_prob": "0.26289278268814087"}, {"top_n_text": ":", "top_n_id": 25, "top_n_prob": "0.053225934505462646"}, {"top_n_text": ",", "top_n_id": 11, "top_n_prob": "0.03977055475115776"}, {"top_n_text": "\n", "top_n_id": 198, "top_n_prob": "0.026233814656734467"}, {"top_n_text": " if", "top_n_id": 611, "top_n_prob": "0.02587674930691719"}, {"top_n_text": " each", "top_n_id": 1123, "top_n_prob": "0.02122456021606922"}, {"top_n_text": " a", "top_n_id": 257, "top_n_prob": "0.01851002499461174"}, {"top_n_text": " at", "top_n_id": 379, "top_n_prob": "0.01686537079513073"}, {"top_n_text": " when", "top_n_id": 618, "top_n_prob": "0.010397907346487045"}]}, {"idx": 18, "gen_text": " second one of the reference layer and the above ones of the active layer comprise n-type semiconductor and/or the third one of the reference layer and the above ones of the active layer comprise p-type semiconductor.        4. The system of claim 1, wherein the semiconductor layer comprises an inorganic compound and/or an organic compound.        5. The system of claim 1, wherein the pn-junction comprises at least a region in which a recombination zone is produced.        6. The system of claim 1,", "actual_next_token_text": " output", "actual_next_token_top_seq": 26, "actual_next_token_top_prob": "0.0039012720808386803", "top_n_lst": [{"top_n_text": " first", "top_n_id": 717, "top_n_prob": "0.03951803967356682"}, {"top_n_text": " step", "top_n_id": 2239, "top_n_prob": "0.03013119287788868"}, {"top_n_text": " system", "top_n_id": 1080, "top_n_prob": "0.02869873307645321"}, {"top_n_text": " method", "top_n_id": 2446, "top_n_prob": "0.027292435988783836"}, {"top_n_text": "\n", "top_n_id": 198, "top_n_prob": "0.026210157200694084"}, {"top_n_text": " data", "top_n_id": 1366, "top_n_prob": "0.017622513696551323"}, {"top_n_text": " second", "top_n_id": 1218, "top_n_prob": "0.01744970679283142"}, {"top_n_text": " at", "top_n_id": 379, "top_n_prob": "0.017053470015525818"}, {"top_n_text": " user", "top_n_id": 2836, "top_n_prob": "0.014038951136171818"}, {"top_n_text": " plurality", "top_n_id": 36325, "top_n_prob": "0.013366146944463253"}]}, {"idx": 19, "gen_text": " of the device is sent to the computing device during the period of time that the system is asleep.\n\n4. The system of claim 1, wherein the system is a modular system that is placed in a chassis.\n\n5. The system of claim 1, wherein the system is placed in a chassis and is mounted to a desktop or side of a desk.\n\n6. The system of claim 1, wherein the system is placed in a chassis and is mounted to a wall.\n\n7. The system of claim 1, wherein the system is placed in a chassis and is mounted to a chest of drawers.\n", "actual_next_token_text": " signal", "actual_next_token_top_seq": 3, "actual_next_token_top_prob": "0.0495123453438282", "top_n_lst": [{"top_n_text": " of", "top_n_id": 286, "top_n_prob": "0.2191799134016037"}, {"top_n_text": " is", "top_n_id": 318, "top_n_prob": "0.07141768932342529"}, {"top_n_text": " device", "top_n_id": 3335, "top_n_prob": "0.05981460586190224"}, {"top_n_text": " signal", "top_n_id": 6737, "top_n_prob": "0.0495123453438282"}, {"top_n_text": "ting", "top_n_id": 889, "top_n_prob": "0.04168768972158432"}, {"top_n_text": " means", "top_n_id": 1724, "top_n_prob": "0.03413441777229309"}, {"top_n_text": " from", "top_n_id": 422, "top_n_prob": "0.025823082774877548"}, {"top_n_text": " data", "top_n_id": 1366, "top_n_prob": "0.023462412878870964"}, {"top_n_text": " comprises", "top_n_id": 28800, "top_n_prob": "0.017375480383634567"}, {"top_n_text": " port", "top_n_id": 2493, "top_n_prob": "0.014033234678208828"}]}, {"idx": 20, "gen_text": " is an analog signal.\n\n|Claim 3|\n\nAn apparatus for increasing clock time of a media access device (MAC) unit for performing network communication in a digital home network having a plurality of network nodes, each comprising: |d_1. The apparatus comprising:|a_1. A signal converter connected between the MAC unit and the nodes.b_1. A clock-speed controller configured to reduce the MAC unit clock speed upon receipt of a first MAC unit command from a network node or network node that is a first node, |c. The first command identifying a user/consumer of the first node as a", "actual_next_token_text": " comprises", "actual_next_token_top_seq": 1, "actual_next_token_top_prob": "0.09159120917320251", "top_n_lst": [{"top_n_text": " is", "top_n_id": 318, "top_n_prob": "0.3759761452674866"}, {"top_n_text": " comprises", "top_n_id": 28800, "top_n_prob": "0.09159120917320251"}, {"top_n_text": " of", "top_n_id": 286, "top_n_prob": "0.09124612808227539"}, {"top_n_text": " includes", "top_n_id": 3407, "top_n_prob": "0.06992728263139725"}, {"top_n_text": " from", "top_n_id": 422, "top_n_prob": "0.04510468244552612"}, {"top_n_text": " has", "top_n_id": 468, "top_n_prob": "0.023018550127744675"}, {"top_n_text": " further", "top_n_id": 2252, "top_n_prob": "0.018037132918834686"}, {"top_n_text": " indicates", "top_n_id": 9217, "top_n_prob": "0.01128850132226944"}, {"top_n_text": " represents", "top_n_id": 6870, "top_n_prob": "0.009955532848834991"}, {"top_n_text": "\n", "top_n_id": 198, "top_n_prob": "0.009613732807338238"}]}, {"idx": 21, "gen_text": " at least one parameter to indicate the presence of a portion of the adverse event in the sensed data.\n\n10. The system of claim 1, wherein the output signal comprises a condition on which the output signal is defined, wherein the condition comprises at least one of:\n\n(a) condition defining a parameter;\n\n(b) condition defining a variable;\n\n(c) condition defining a parameter state;\n\n(d) condition defining a variable state;\n\n(e) condition defining a measurement; and\n\n(f) condition defining a measurement state.\n\n11. The system of claim 1,", "actual_next_token_text": " an", "actual_next_token_top_seq": 1, "actual_next_token_top_prob": "0.11786694824695587", "top_n_lst": [{"top_n_text": " a", "top_n_id": 257, "top_n_prob": "0.4937920570373535"}, {"top_n_text": " an", "top_n_id": 281, "top_n_prob": "0.11786694824695587"}, {"top_n_text": " at", "top_n_id": 379, "top_n_prob": "0.04785710945725441"}, {"top_n_text": " the", "top_n_id": 262, "top_n_prob": "0.04758083075284958"}, {"top_n_text": ":", "top_n_id": 25, "top_n_prob": "0.04756408929824829"}, {"top_n_text": " one", "top_n_id": 530, "top_n_prob": "0.03881709277629852"}, {"top_n_text": "\n", "top_n_id": 198, "top_n_prob": "0.017272453755140305"}, {"top_n_text": " data", "top_n_id": 1366, "top_n_prob": "0.014092834666371346"}, {"top_n_text": " information", "top_n_id": 1321, "top_n_prob": "0.0123757254332304"}, {"top_n_text": " first", "top_n_id": 717, "top_n_prob": "0.006872269790619612"}]}, {"idx": 22, "gen_text": " alarm signal when an abnormality is detected and is output to a fault destination device via the data communication port.\n\n5. The system of claim 4, wherein the fault destination device comprises a relay station.\n\n6. The system of claim 1, further comprising:\n\nan external event detector configured to detect an external event, the external event detector being coupled to the external detector and to the input of the detecting section; and\n\nan external event notification device configured to transmit a signal corresponding to the external event detected by the external event detector to the fault destination device when a problem is detected in the detection section.\n\n", "actual_next_token_text": " electromagnetic", "actual_next_token_top_seq": 163, "actual_next_token_top_prob": "0.0007253687363117933", "top_n_lst": [{"top_n_text": " output", "top_n_id": 5072, "top_n_prob": "0.1395731121301651"}, {"top_n_text": " indication", "top_n_id": 12955, "top_n_prob": "0.0916256234049797"}, {"top_n_text": " error", "top_n_id": 4049, "top_n_prob": "0.03933931887149811"}, {"top_n_text": " address", "top_n_id": 2209, "top_n_prob": "0.02248433791100979"}, {"top_n_text": " identification", "top_n_id": 11795, "top_n_prob": "0.019303537905216217"}, {"top_n_text": " audio", "top_n_id": 6597, "top_n_prob": "0.018933044746518135"}, {"top_n_text": " indicator", "top_n_id": 16916, "top_n_prob": "0.018674032762646675"}, {"top_n_text": " analog", "top_n_id": 15075, "top_n_prob": "0.0182028878480196"}, {"top_n_text": " alarm", "top_n_id": 10436, "top_n_prob": "0.01783733442425728"}, {"top_n_text": " information", "top_n_id": 1321, "top_n_prob": "0.01613595522940159"}]}, {"idx": 23, "gen_text": " signal.\n\n4. The system of claim 1, wherein the output signal comprises an acoustic signal.\n\n5. The system of claim 1, wherein the output signal comprises a non-electromagnetic signal.\n\n6. A system, comprising:\n\nan input device that provides data regarding an indication of interest in receiving an offer of insurance;\n\na logic module that processes the data to indicate whether or not the data was intentionally provided by the input device;\n\nan indication device that outputs a signal that indicates whether or not the data was intentionally provided; and\n\na display device that outputs an indication that", "actual_next_token_text": " radiation", "actual_next_token_top_seq": 2, "actual_next_token_top_prob": "0.05945143103599548", "top_n_lst": [{"top_n_text": " signal", "top_n_id": 6737, "top_n_prob": "0.5525379776954651"}, {"top_n_text": " wave", "top_n_id": 6769, "top_n_prob": "0.12053212523460388"}, {"top_n_text": " radiation", "top_n_id": 11881, "top_n_prob": "0.05945143103599548"}, {"top_n_text": " pulse", "top_n_id": 19445, "top_n_prob": "0.036730922758579254"}, {"top_n_text": " field", "top_n_id": 2214, "top_n_prob": "0.0272525604814291"}, {"top_n_text": " carrier", "top_n_id": 11920, "top_n_prob": "0.015820948407053947"}, {"top_n_text": " or", "top_n_id": 393, "top_n_prob": "0.013180815614759922"}, {"top_n_text": " interference", "top_n_id": 14517, "top_n_prob": "0.012868854217231274"}, {"top_n_text": " output", "top_n_id": 5072, "top_n_prob": "0.012321647256612778"}, {"top_n_text": "\n", "top_n_id": 198, "top_n_prob": "0.01116175390779972"}]}, {"idx": 24, "gen_text": " signal.\n\n11. The system of claim 1, wherein said apparatus comprises a speaker to generate sound, a microphone to receive sound, and a decoding circuit to demodulate said sound to obtain time of flight of said modulated signal.\n\n12. A system comprising a modulator and demodulator adapted to modulate and demodulate the time of flight of the signal, said modulator comprising:\n\na. an oscillator circuit to output a high-frequency oscillation signal;\n\nb. a matching circuit coupled to said oscillator circuit to receive said high-frequency oscillation signal;\n\nc", "actual_next_token_text": " signal", "actual_next_token_top_seq": 0, "actual_next_token_top_prob": "0.270832359790802", "top_n_lst": [{"top_n_text": " signal", "top_n_id": 6737, "top_n_prob": "0.270832359790802"}, {"top_n_text": ".", "top_n_id": 13, "top_n_prob": "0.22071956098079681"}, {"top_n_text": ",", "top_n_id": 11, "top_n_prob": "0.07256421446800232"}, {"top_n_text": " having", "top_n_id": 1719, "top_n_prob": "0.03967811539769173"}, {"top_n_text": " and", "top_n_id": 290, "top_n_prob": "0.03549208119511604"}, {"top_n_text": " that", "top_n_id": 326, "top_n_prob": "0.024287963286042213"}, {"top_n_text": " in", "top_n_id": 287, "top_n_prob": "0.023211125284433365"}, {"top_n_text": " of", "top_n_id": 286, "top_n_prob": "0.023076092824339867"}, {"top_n_text": ";", "top_n_id": 26, "top_n_prob": "0.02289673313498497"}, {"top_n_text": " output", "top_n_id": 5072, "top_n_prob": "0.020737819373607635"}]}, {"idx": 25, "gen_text": " comprising at least one of infrared radiation and microwave radiation.\n\n19. The method of claim 18, wherein the calculating step comprises calculating an event time on the basis of an output signal provided by the fire detector.\n\n20. The method of claim 1, wherein the calculating step comprises calculating a user response time on the basis of an output signal provided by the fire detector.\n\n21. The method of claim 20, wherein the determining step comprises determining whether the fire detector signals a user response in an amount of time shorter than a predetermined amount of time.\n\n22. The method of claim 1, wherein the determining step comprises", "actual_next_token_text": ".", "actual_next_token_top_seq": 0, "actual_next_token_top_prob": "0.49099990725517273", "top_n_lst": [{"top_n_text": ".", "top_n_id": 13, "top_n_prob": "0.49099990725517273"}, {"top_n_text": ",", "top_n_id": 11, "top_n_prob": "0.13014569878578186"}, {"top_n_text": ";", "top_n_id": 26, "top_n_prob": "0.048004161566495895"}, {"top_n_text": " and", "top_n_id": 290, "top_n_prob": "0.0460597425699234"}, {"top_n_text": " that", "top_n_id": 326, "top_n_prob": "0.0388450101017952"}, {"top_n_text": " having", "top_n_id": 1719, "top_n_prob": "0.017877832055091858"}, {"top_n_text": " comprising", "top_n_id": 27918, "top_n_prob": "0.016934432089328766"}, {"top_n_text": " which", "top_n_id": 543, "top_n_prob": "0.0146819818764925"}, {"top_n_text": " in", "top_n_id": 287, "top_n_prob": "0.01341660413891077"}, {"top_n_text": " such", "top_n_id": 884, "top_n_prob": "0.010676470585167408"}]}, {"idx": 26, "gen_text": "\n\n6. The system of claim 5, wherein the input signal comprises an optical signal.\n\n7. The system of claim 1, wherein the evaluation device receives and evaluates the input signal.\n\n8. The system of claim 1, wherein the evaluation device receives and evaluates the input signal.\n\n9. The system of claim 1, wherein the output signal comprises a second electromagnetic radiation signal, the second electromagnetic radiation signal being detectable by the receiver in response to the second electromagnetic radiation signal.\n\n10. The system of claim 9, wherein the output signal comprises a third electromagnetic radiation signal, the third electromagnetic radiation signal being", "actual_next_token_text": " <", "actual_next_token_top_seq": 9, "actual_next_token_top_prob": "0.002216969383880496", "top_n_lst": [{"top_n_text": "\n", "top_n_id": 198, "top_n_prob": "0.8848463892936707"}, {"top_n_text": " The", "top_n_id": 383, "top_n_prob": "0.03506219759583473"}, {"top_n_text": " 4", "top_n_id": 604, "top_n_prob": "0.010950250551104546"}, {"top_n_text": " ", "top_n_id": 220, "top_n_prob": "0.010748045518994331"}, {"top_n_text": " |", "top_n_id": 930, "top_n_prob": "0.007362800650298595"}, {"top_n_text": "|", "top_n_id": 91, "top_n_prob": "0.0068124523386359215"}, {"top_n_text": "4", "top_n_id": 19, "top_n_prob": "0.005759760271757841"}, {"top_n_text": "<|endoftext|>", "top_n_id": 50256, "top_n_prob": "0.002931765513494611"}, {"top_n_text": " 5", "top_n_id": 642, "top_n_prob": "0.0026241508312523365"}, {"top_n_text": " <", "top_n_id": 1279, "top_n_prob": "0.002216969383880496"}]}, {"idx": 27, "gen_text": "|end_of_claim|>4. The system of claim 1, wherein the function is the output of an electromagnetic radiation signal. <|start_of_claim|>5. The system of claim 1, wherein the output signal is synchronised to the absolute position on the fiber. <|end_of_claim|>6. The system of claim 1, wherein the output signal is not synchronised to the absolute position on the fiber. <|start_of_claim|>7. The system of claim 1, wherein the absolute position on the fiber is determined from the reference position on the fiber. <", "actual_next_token_text": "|", "actual_next_token_top_seq": 0, "actual_next_token_top_prob": "0.9439122080802917", "top_n_lst": [{"top_n_text": "|", "top_n_id": 91, "top_n_prob": "0.9439122080802917"}, {"top_n_text": "end", "top_n_id": 437, "top_n_prob": "0.008592541329562664"}, {"top_n_text": "4", "top_n_id": 19, "top_n_prob": "0.002375205745920539"}, {"top_n_text": "||", "top_n_id": 15886, "top_n_prob": "0.0017710620304569602"}, {"top_n_text": "start", "top_n_id": 9688, "top_n_prob": "0.001710635144263506"}, {"top_n_text": "End", "top_n_id": 12915, "top_n_prob": "0.0013167491415515542"}, {"top_n_text": "3", "top_n_id": 18, "top_n_prob": "0.0010244393488392234"}, {"top_n_text": "\n", "top_n_id": 198, "top_n_prob": "0.0008754450245760381"}, {"top_n_text": "END", "top_n_id": 10619, "top_n_prob": "0.0008039497770369053"}, {"top_n_text": "10", "top_n_id": 940, "top_n_prob": "0.0007444380898959935"}]}, {"idx": 28, "gen_text": "end_of_claim|>4. The system of claim 1, wherein the output signal is a carrier signal having a first frequency range and a second frequency range which are approximately the same as a carrier frequency of the local oscillator signal and are different from the first frequency range and the second frequency range, respectively. <|end_of_claim|>5. The system of claim 1, wherein the output signal is a carrier signal having a carrier frequency which is approximately the same as a carrier frequency of the local oscillator signal, but the carrier frequency is substantially different from a carrier frequency of the modulator. <|end", "actual_next_token_text": "dep", "actual_next_token_top_seq": 787, "actual_next_token_top_prob": "1.8561206161393784e-05", "top_n_lst": [{"top_n_text": "start", "top_n_id": 9688, "top_n_prob": "0.5802743434906006"}, {"top_n_text": "end", "top_n_id": 437, "top_n_prob": "0.28074580430984497"}, {"top_n_text": "stop", "top_n_id": 11338, "top_n_prob": "0.009251002222299576"}, {"top_n_text": "output", "top_n_id": 22915, "top_n_prob": "0.005454235710203648"}, {"top_n_text": "End", "top_n_id": 12915, "top_n_prob": "0.004530115053057671"}, {"top_n_text": "END", "top_n_id": 10619, "top_n_prob": "0.0036723585799336433"}, {"top_n_text": "claim", "top_n_id": 6604, "top_n_prob": "0.003600940341129899"}, {"top_n_text": "\n", "top_n_id": 198, "top_n_prob": "0.003597353585064411"}, {"top_n_text": "Start", "top_n_id": 10434, "top_n_prob": "0.0035566571168601513"}, {"top_n_text": "...", "top_n_id": 986, "top_n_prob": "0.0027861970011144876"}]}, {"idx": 29, "gen_text": "ositor|>4. The system of claim 1, wherein the system of claim 1 further comprises: <|depositor|>5. The system of claim 1, further comprising: <|depositor|>6. The system of claim 1, further comprising: <|depositor|>7. The system of claim 1, further comprising: <|depositor|>8. The system of claim 1, further comprising: <|depositor|>9. The system of claim 1, further comprising: <|depositor|>10. The system of claim 1, further comprising", "actual_next_token_text": "|", "actual_next_token_top_seq": 4, "actual_next_token_top_prob": "0.021432803943753242", "top_n_lst": [{"top_n_text": "art", "top_n_id": 433, "top_n_prob": "0.47273340821266174"}, {"top_n_text": "ends", "top_n_id": 2412, "top_n_prob": "0.09599482268095016"}, {"top_n_text": "osit", "top_n_id": 7434, "top_n_prob": "0.0791698694229126"}, {"top_n_text": "os", "top_n_id": 418, "top_n_prob": "0.048812735825777054"}, {"top_n_text": "|", "top_n_id": 91, "top_n_prob": "0.021432803943753242"}, {"top_n_text": "arts", "top_n_id": 5889, "top_n_prob": "0.017948420718312263"}, {"top_n_text": "ict", "top_n_id": 713, "top_n_prob": "0.017894716933369637"}, {"top_n_text": "artment", "top_n_id": 1823, "top_n_prob": "0.017419928684830666"}, {"top_n_text": "iction", "top_n_id": 2867, "top_n_prob": "0.015898052603006363"}, {"top_n_text": "osition", "top_n_id": 3507, "top_n_prob": "0.01588677614927292"}]}, {"idx": 30, "gen_text": ">4. The system of claim 1, wherein the current in the magnetic core of the transmitting inductor is limited to values lower than the first limit. <|start_of_claim|>5. The system of claim 1, wherein the rate of the decrease in the amplitude of the current in the magnetic core of the transmitting inductor is defined by the following equation:\n                              T          \u2061         ", "actual_next_token_text": ">", "actual_next_token_top_seq": 0, "actual_next_token_top_prob": "0.5963601469993591", "top_n_lst": [{"top_n_text": ">", "top_n_id": 29, "top_n_prob": "0.5963601469993591"}, {"top_n_text": "3", "top_n_id": 18, "top_n_prob": "0.06882675737142563"}, {"top_n_text": "4", "top_n_id": 19, "top_n_prob": "0.06383258104324341"}, {"top_n_text": "start", "top_n_id": 9688, "top_n_prob": "0.02114715799689293"}, {"top_n_text": "2", "top_n_id": 17, "top_n_prob": "0.016787512227892876"}, {"top_n_text": "1", "top_n_id": 16, "top_n_prob": "0.016302000731229782"}, {"top_n_text": "5", "top_n_id": 20, "top_n_prob": "0.01392324361950159"}, {"top_n_text": "end", "top_n_id": 437, "top_n_prob": "0.00986151210963726"}, {"top_n_text": "<", "top_n_id": 27, "top_n_prob": "0.009398252703249454"}, {"top_n_text": "><", "top_n_id": 6927, "top_n_prob": "0.009044661186635494"}]}, {"idx": 31, "gen_text": "4. The system of claim 1, further comprising: <|D1|>5. The system of claim 1, further comprising: <|D2|>\n\n6. The system of claim 1, further comprising: <|transmitter|>7. The system of claim 1, further comprising: <|A2|>8. The system of claim 1, wherein: <|inheritance_detector|> is: a) a first region, and is: <|corresponds to a pixel>b) a second region, and is: <|corresponds to the pixel,", "actual_next_token_text": " 5", "actual_next_token_top_seq": 40, "actual_next_token_top_prob": "0.0005256225704215467", "top_n_lst": [{"top_n_text": "4", "top_n_id": 19, "top_n_prob": "0.6993505954742432"}, {"top_n_text": "5", "top_n_id": 20, "top_n_prob": "0.049716655164957047"}, {"top_n_text": "3", "top_n_id": 18, "top_n_prob": "0.03919106721878052"}, {"top_n_text": "2", "top_n_id": 17, "top_n_prob": "0.027475764974951744"}, {"top_n_text": "\n", "top_n_id": 198, "top_n_prob": "0.021812928840517998"}, {"top_n_text": "1", "top_n_id": 16, "top_n_prob": "0.01938101276755333"}, {"top_n_text": "6", "top_n_id": 21, "top_n_prob": "0.011955359019339085"}, {"top_n_text": "7", "top_n_id": 22, "top_n_prob": "0.008158361539244652"}, {"top_n_text": "|", "top_n_id": 91, "top_n_prob": "0.007038448937237263"}, {"top_n_text": " 4", "top_n_id": 604, "top_n_prob": "0.006375400349497795"}]}, {"idx": 32, "gen_text": ". The system of claim 4, wherein <|start_of_claim|>1. The system of claim 4, wherein <|start_of_claim|>2. The system of claim 4, wherein the signal is a frequency coded signal comprising signals having different frequencies from each other. <|end_of_claim|> The system of claim 1, wherein the processing device includes a processor and is capable of generating signals including human auditory perception related signals, and the processing device is operable to generate, from said said signals, at least one auditory perception related sensory signal related to said start_of_claim. <", "actual_next_token_text": ".", "actual_next_token_top_seq": 0, "actual_next_token_top_prob": "0.9633630514144897", "top_n_lst": [{"top_n_text": ".", "top_n_id": 13, "top_n_prob": "0.9633630514144897"}, {"top_n_text": " The", "top_n_id": 383, "top_n_prob": "0.004423183389008045"}, {"top_n_text": ".<", "top_n_id": 29847, "top_n_prob": "0.0024405112490057945"}, {"top_n_text": "-", "top_n_id": 12, "top_n_prob": "0.0018575798021629453"}, {"top_n_text": "\n", "top_n_id": 198, "top_n_prob": "0.0016504115192219615"}, {"top_n_text": ",", "top_n_id": 11, "top_n_prob": "0.001580659649334848"}, {"top_n_text": ")", "top_n_id": 8, "top_n_prob": "0.0014869044534862041"}, {"top_n_text": "<", "top_n_id": 27, "top_n_prob": "0.0012901226291432977"}, {"top_n_text": " A", "top_n_id": 317, "top_n_prob": "0.0010460831690579653"}, {"top_n_text": " 4", "top_n_id": 604, "top_n_prob": "0.0007867408567108214"}]}, {"idx": 33, "gen_text": " The system of claim 4, wherein the ratio of wavelength xcex and 1/xcex has a value between 0.35 and 0.60. <|start_of_claim|>6. The system of claim 4, wherein the ratio of wavelength xcex and 1/xcex has a value between 0.62 and 0.65. <|start_of_claim|>7. The system of claim 4, wherein the ratio of wavelength xcex and 1/xcex has a value between 0.75 and 0.86. <|start_of_claim|>8", "actual_next_token_text": " The", "actual_next_token_top_seq": 0, "actual_next_token_top_prob": "0.8357608318328857", "top_n_lst": [{"top_n_text": " The", "top_n_id": 383, "top_n_prob": "0.8357608318328857"}, {"top_n_text": " A", "top_n_id": 317, "top_n_prob": "0.12042021751403809"}, {"top_n_text": " An", "top_n_id": 1052, "top_n_prob": "0.013246520422399044"}, {"top_n_text": "\n", "top_n_id": 198, "top_n_prob": "0.0025743795558810234"}, {"top_n_text": " In", "top_n_id": 554, "top_n_prob": "0.0024264222010970116"}, {"top_n_text": " Any", "top_n_id": 4377, "top_n_prob": "0.0013155617052689195"}, {"top_n_text": " <", "top_n_id": 1279, "top_n_prob": "0.0010732481023296714"}, {"top_n_text": "The", "top_n_id": 464, "top_n_prob": "0.0008427323191426694"}, {"top_n_text": " System", "top_n_id": 4482, "top_n_prob": "0.0008092783391475677"}, {"top_n_text": "1", "top_n_id": 16, "top_n_prob": "0.0007801093743182719"}]}, {"idx": 34, "gen_text": " system of claim 1, wherein the start_of_claim signal is communicated to the computer system via the connector. <|end_of_claim|>\n\nAbstract:\n\nAn apparatus and method is provided for allowing a smart card to be used with a computing device. The apparatus includes a first electrical connector having at least one data input port, an output port, and a power source input port; and a second electrical connector having a data output port and a power source output port, wherein the first and second electrical connectors are in electrical communication with one another. A computer system is provided that includes a communication interface, and the", "actual_next_token_text": " system", "actual_next_token_top_seq": 0, "actual_next_token_top_prob": "0.9437483549118042", "top_n_lst": [{"top_n_text": " system", "top_n_id": 1080, "top_n_prob": "0.9437483549118042"}, {"top_n_text": " method", "top_n_id": 2446, "top_n_prob": "0.02102469466626644"}, {"top_n_text": " apparatus", "top_n_id": 21152, "top_n_prob": "0.008911512792110443"}, {"top_n_text": " computer", "top_n_id": 3644, "top_n_prob": "0.003563926788046956"}, {"top_n_text": " output", "top_n_id": 5072, "top_n_prob": "0.002261766931042075"}, {"top_n_text": " device", "top_n_id": 3335, "top_n_prob": "0.0021866983734071255"}, {"top_n_text": "\n", "top_n_id": 198, "top_n_prob": "0.0014435520861297846"}, {"top_n_text": " invention", "top_n_id": 14250, "top_n_prob": "0.000578385079279542"}, {"top_n_text": " electronic", "top_n_id": 7914, "top_n_prob": "0.0005131890065968037"}, {"top_n_text": " systems", "top_n_id": 3341, "top_n_prob": "0.00043333499343134463"}]}, {"idx": 35, "gen_text": " of claim 4, wherein the target detecting unit comprises a direction sensor.\n\n6. The system of claim 4, wherein the output signal comprises an electromagnetic radiation signal. <|dep|> 7. The system of claim 4, wherein the output signal comprises a sound signal. <|dep|> 8. The system of claim 4, wherein the output signal comprises an electromagnetic radiation signal.\n\n9. The system of claim 4, wherein the target detecting unit comprises a time detecting unit.\n\n10. The system of claim 4, wherein the output signal comprises an electromagnetic radiation signal.\n\n11. The system of claim", "actual_next_token_text": " of", "actual_next_token_top_seq": 0, "actual_next_token_top_prob": "0.9913212656974792", "top_n_lst": [{"top_n_text": " of", "top_n_id": 286, "top_n_prob": "0.9913212656974792"}, {"top_n_text": " according", "top_n_id": 1864, "top_n_prob": "0.001876413938589394"}, {"top_n_text": " for", "top_n_id": 329, "top_n_prob": "0.001661776565015316"}, {"top_n_text": " as", "top_n_id": 355, "top_n_prob": "0.0011858978541567922"}, {"top_n_text": "\n", "top_n_id": 198, "top_n_prob": "0.0008988419431261718"}, {"top_n_text": " or", "top_n_id": 393, "top_n_prob": "0.00043747274321503937"}, {"top_n_text": " in", "top_n_id": 287, "top_n_prob": "0.0003812987997662276"}, {"top_n_text": " and", "top_n_id": 290, "top_n_prob": "0.0002626883506309241"}, {"top_n_text": ",", "top_n_id": 11, "top_n_prob": "0.0001796953729353845"}, {"top_n_text": " described", "top_n_id": 3417, "top_n_prob": "0.0001362450566375628"}]}, {"idx": 36, "gen_text": " claim 1, wherein the first adder is configured to produce a digital representation of the second plurality of N-bit samples, the second adder is configured to add the digital representation of the first plurality of N-bit samples to the digital representation of the second plurality of N-bit samples, and the first multiplier is configured to provide the digital representation of the first plurality of N-bit samples to the first adder at a rate of N bits per sample, and the second multiplier is configured to provide the digital representation of the second plurality of N-bit samples to the second adder at a rate of N bits per sample.\n", "actual_next_token_text": " claim", "actual_next_token_top_seq": 0, "actual_next_token_top_prob": "0.9818635582923889", "top_n_lst": [{"top_n_text": " claim", "top_n_id": 1624, "top_n_prob": "0.9818635582923889"}, {"top_n_text": " any", "top_n_id": 597, "top_n_prob": "0.00564316101372242"}, {"top_n_text": " <", "top_n_id": 1279, "top_n_prob": "0.0025504266377538443"}, {"top_n_text": " claims", "top_n_id": 3667, "top_n_prob": "0.0025329110212624073"}, {"top_n_text": "\n", "top_n_id": 198, "top_n_prob": "0.0024607644882053137"}, {"top_n_text": " the", "top_n_id": 262, "top_n_prob": "0.00042936450336128473"}, {"top_n_text": " Claim", "top_n_id": 22070, "top_n_prob": "0.00038013147423043847"}, {"top_n_text": " one", "top_n_id": 530, "top_n_prob": "0.00037538728793151677"}, {"top_n_text": " [", "top_n_id": 685, "top_n_prob": "0.00019939691992476583"}, {"top_n_text": " 4", "top_n_id": 604, "top_n_prob": "0.00014277039736043662"}]}, {"idx": 37, "gen_text": " 1, wherein the output signal is a light signal. 6. The system of claim 1, wherein the output signal is an electrostatic field. 7. The system of claim 1, wherein the output signal is a mechanical vibration signal.\n\n8. The system of claim 1, wherein the transmission antenna comprises a metal-based wire. 9. The system of claim 8, wherein the metal-based wire comprises at least one of silver, copper, and aluminum. 10. The system of claim 8, wherein the metal-based wire comprises at least one of silver, copper, and aluminum, which has been electrochemically-treated", "actual_next_token_text": " 3", "actual_next_token_top_seq": 3, "actual_next_token_top_prob": "0.028206927701830864", "top_n_lst": [{"top_n_text": " 1", "top_n_id": 352, "top_n_prob": "0.7025794386863708"}, {"top_n_text": " 4", "top_n_id": 604, "top_n_prob": "0.20988382399082184"}, {"top_n_text": " 2", "top_n_id": 362, "top_n_prob": "0.0401555597782135"}, {"top_n_text": " 3", "top_n_id": 513, "top_n_prob": "0.028206927701830864"}, {"top_n_text": " 5", "top_n_id": 642, "top_n_prob": "0.0045367213897407055"}, {"top_n_text": " |", "top_n_id": 930, "top_n_prob": "0.0031221401877701283"}, {"top_n_text": " 6", "top_n_id": 718, "top_n_prob": "0.002569829113781452"}, {"top_n_text": "\n", "top_n_id": 198, "top_n_prob": "0.0020283821504563093"}, {"top_n_text": " 8", "top_n_id": 807, "top_n_prob": "0.0006410123314708471"}, {"top_n_text": " <", "top_n_id": 1279, "top_n_prob": "0.0006386642926372588"}]}, {"idx": 38, "gen_text": ", wherein the output signal comprises an optical signal.\n\n7. The system of claim 1, further comprising a reference detector. <|start_of_claim|>6. The system of claim 1, wherein the module further includes a reference detector, which is coupled to the input port and to the output port.\n\n8. The system of claim 1, further comprising a reference memory. <|start_of_claim|>7. The system of claim 1, further comprising a reference memory, which is coupled to the input port and to the output port.\n\n9. The system of claim 1, further", "actual_next_token_text": ",", "actual_next_token_top_seq": 0, "actual_next_token_top_prob": "0.9523575305938721", "top_n_lst": [{"top_n_text": ",", "top_n_id": 11, "top_n_prob": "0.9523575305938721"}, {"top_n_text": " wherein", "top_n_id": 22881, "top_n_prob": "0.019504521042108536"}, {"top_n_text": " or", "top_n_id": 393, "top_n_prob": "0.012726644054055214"}, {"top_n_text": " further", "top_n_id": 2252, "top_n_prob": "0.0033681204076856375"}, {"top_n_text": ".", "top_n_id": 13, "top_n_prob": "0.0023053844925016165"}, {"top_n_text": " for", "top_n_id": 329, "top_n_prob": "0.0011217367136850953"}, {"top_n_text": ",", "top_n_id": 837, "top_n_prob": "0.0009181167115457356"}, {"top_n_text": " where", "top_n_id": 810, "top_n_prob": "0.0007560754311271012"}, {"top_n_text": " and", "top_n_id": 290, "top_n_prob": "0.0006903717876411974"}, {"top_n_text": " in", "top_n_id": 287, "top_n_prob": "0.0006518250447697937"}]}, {"idx": 39, "gen_text": " wherein the output signal comprises a electromagnetic radiation signal. <|dep|>6. The system of claim 1, wherein the output signal is modulated by a signal representing data corresponding to the remote address. <|dep|> 7. The system of claim 1, wherein the output signal is modulated by a signal representing data corresponding to the remote address. <|dep|>8. The system of claim 1, wherein the output signal is modulated by a signal representing data corresponding to the remote address. <|dep|>9. The system of claim 1, wherein the output signal is modulated by a signal representing data", "actual_next_token_text": " wherein", "actual_next_token_top_seq": 0, "actual_next_token_top_prob": "0.8695196509361267", "top_n_lst": [{"top_n_text": " wherein", "top_n_id": 22881, "top_n_prob": "0.8695196509361267"}, {"top_n_text": " further", "top_n_id": 2252, "top_n_prob": "0.09277865290641785"}, {"top_n_text": " where", "top_n_id": 810, "top_n_prob": "0.007329815998673439"}, {"top_n_text": " comprising", "top_n_id": 27918, "top_n_prob": "0.0045349132269620895"}, {"top_n_text": " <", "top_n_id": 1279, "top_n_prob": "0.0041657546535134315"}, {"top_n_text": " in", "top_n_id": 287, "top_n_prob": "0.003502628533169627"}, {"top_n_text": " the", "top_n_id": 262, "top_n_prob": "0.002755257999524474"}, {"top_n_text": "\n", "top_n_id": 198, "top_n_prob": "0.0023035206831991673"}, {"top_n_text": " including", "top_n_id": 1390, "top_n_prob": "0.0018658697372302413"}, {"top_n_text": " which", "top_n_id": 543, "top_n_prob": "0.0009287505527026951"}]}, {"idx": 40, "gen_text": " the output signal is a light. <|start_of_claim|>6. The system of claim 4, wherein the output signal is a light. <|dep|> 7. The system of claim 3, wherein the output signal is a sound. <|start_of_claim|>8. The system of claim 1, wherein the output signal comprises a digital data stream. <|dep|>9. The system of claim 5, wherein the output signal comprises a digital data stream. <|dep|>10. The system of claim 7, wherein the output signal comprises a digital data stream. <|", "actual_next_token_text": " the", "actual_next_token_top_seq": 0, "actual_next_token_top_prob": "0.827855110168457", "top_n_lst": [{"top_n_text": " the", "top_n_id": 262, "top_n_prob": "0.827855110168457"}, {"top_n_text": " <", "top_n_id": 1279, "top_n_prob": "0.04572231322526932"}, {"top_n_text": " said", "top_n_id": 531, "top_n_prob": "0.030178209766745567"}, {"top_n_text": ":", "top_n_id": 25, "top_n_prob": "0.012188182212412357"}, {"top_n_text": " a", "top_n_id": 257, "top_n_prob": "0.010196639224886894"}, {"top_n_text": " at", "top_n_id": 379, "top_n_prob": "0.007778320461511612"}, {"top_n_text": " |", "top_n_id": 930, "top_n_prob": "0.006266433279961348"}, {"top_n_text": " dep", "top_n_id": 1207, "top_n_prob": "0.004442863166332245"}, {"top_n_text": ",", "top_n_id": 11, "top_n_prob": "0.003774980315938592"}, {"top_n_text": " each", "top_n_id": 1123, "top_n_prob": "0.0029973229393363"}]}, {"idx": 41, "gen_text": " output signal comprises an electromagnetic radiation signal. <|res|>6. The system of claim 1, wherein the output signal comprises a pressure wave. <|dep|> 7. The system of claim 1, wherein the output signal comprises a pressure wave. <|res|>8. The system of claim 1, further comprising: <|start_of_claim|>9. The system of claim 1, wherein the output signal comprises a light signal. <|dep|> 10. The system of claim 9, wherein the output signal comprises a light signal. <|res|>11. The system of claim 1", "actual_next_token_text": " parameter", "actual_next_token_top_seq": 72, "actual_next_token_top_prob": "0.0008533486980013549", "top_n_lst": [{"top_n_text": " output", "top_n_id": 5072, "top_n_prob": "0.4971677362918854"}, {"top_n_text": " electromagnetic", "top_n_id": 31094, "top_n_prob": "0.0938897579908371"}, {"top_n_text": " system", "top_n_id": 1080, "top_n_prob": "0.02038111537694931"}, {"top_n_text": " input", "top_n_id": 5128, "top_n_prob": "0.019650431349873543"}, {"top_n_text": " first", "top_n_id": 717, "top_n_prob": "0.01669510267674923"}, {"top_n_text": " signal", "top_n_id": 6737, "top_n_prob": "0.012949652038514614"}, {"top_n_text": " step", "top_n_id": 2239, "top_n_prob": "0.008131089620292187"}, {"top_n_text": " method", "top_n_id": 2446, "top_n_prob": "0.0066701131872832775"}, {"top_n_text": " radiation", "top_n_id": 11881, "top_n_prob": "0.005628310143947601"}, {"top_n_text": " data", "top_n_id": 1366, "top_n_prob": "0.005535210017114878"}]}, {"idx": 42, "gen_text": " comprises at least one of particle acceleration, pressure and temperature. <|end_of_claim|> 6. The system of claim 1, wherein the system comprises a medical applicator comprising:\n\n<|start_of_claim|>7. The system of claim 6, wherein the system further comprises a sensor for measuring at least one of radiation and an amplitude of the signal. <|end_of_claim|> 8. The system of claim 1, wherein the system comprises a medical instrument for performing at least one of operation and treatment on the patient, the medical instrument comprising:\n\n<|start_of", "actual_next_token_text": " of", "actual_next_token_top_seq": 2, "actual_next_token_top_prob": "0.09083060920238495", "top_n_lst": [{"top_n_text": " is", "top_n_id": 318, "top_n_prob": "0.27374351024627686"}, {"top_n_text": " comprises", "top_n_id": 28800, "top_n_prob": "0.10433343797922134"}, {"top_n_text": " of", "top_n_id": 286, "top_n_prob": "0.09083060920238495"}, {"top_n_text": " <", "top_n_id": 1279, "top_n_prob": "0.05705460160970688"}, {"top_n_text": " value", "top_n_id": 1988, "top_n_prob": "0.021487655118107796"}, {"top_n_text": " indicative", "top_n_id": 29105, "top_n_prob": "0.01430446095764637"}, {"top_n_text": " includes", "top_n_id": 3407, "top_n_prob": "0.012714573182165623"}, {"top_n_text": " for", "top_n_id": 329, "top_n_prob": "0.011371918022632599"}, {"top_n_text": " that", "top_n_id": 326, "top_n_prob": "0.009576845914125443"}, {"top_n_text": " represents", "top_n_id": 6870, "top_n_prob": "0.009247994050383568"}]}, {"idx": 43, "gen_text": " step b) comprises a length of a predetermined time period and wherein the decision making process comprises determining whether a significant change has occurred during the predetermined time period and whether the predetermined time period was exceeded. <|start_of_claim|>6. The system of claim 5, wherein the output signal comprises an optical signal and wherein the parameter comprises a length of a predetermined optical period and wherein the decision making process comprises determining whether a significant change has occurred during the predetermined optical period and determining whether the predetermined optical period was exceeded. <|dep|>7. The system of claim 3, wherein the decision making process comprises: a) determining", "actual_next_token_text": " the", "actual_next_token_top_seq": 1, "actual_next_token_top_prob": "0.3361183702945709", "top_n_lst": [{"top_n_text": " claim", "top_n_id": 1624, "top_n_prob": "0.3533148467540741"}, {"top_n_text": " the", "top_n_id": 262, "top_n_prob": "0.3361183702945709"}, {"top_n_text": " <", "top_n_id": 1279, "top_n_prob": "0.06142367422580719"}, {"top_n_text": " said", "top_n_id": 531, "top_n_prob": "0.032270047813653946"}, {"top_n_text": " interest", "top_n_id": 1393, "top_n_prob": "0.01882830448448658"}, {"top_n_text": " step", "top_n_id": 2239, "top_n_prob": "0.018501093611121178"}, {"top_n_text": " dep", "top_n_id": 1207, "top_n_prob": "0.011821969412267208"}, {"top_n_text": " at", "top_n_id": 379, "top_n_prob": "0.010040105320513248"}, {"top_n_text": " a", "top_n_id": 257, "top_n_prob": "0.008216704241931438"}, {"top_n_text": " output", "top_n_id": 5072, "top_n_prob": "0.004980200435966253"}]}, {"idx": 44, "gen_text": " claim is dependent on the state of the input signal. <|sum_of_start_of_claim|> 6. The system of claim 3, wherein the control signals comprises a first set of control signals to derive the measurement of the parameter and a second set of control signals to output a signal relating to the measurement.\n\n19. A method for performing multi-element analysis of a signal comprising N-element analysis, the method comprising the following steps: <|store_a_start_of_claim|> 1. <|Store the input signal of N-element analysis to a first parameter file in a first", "actual_next_token_text": " return", "actual_next_token_top_seq": 347, "actual_next_token_top_prob": "0.0003471998206805438", "top_n_lst": [{"top_n_text": " output", "top_n_id": 5072, "top_n_prob": "0.18959960341453552"}, {"top_n_text": " electromagnetic", "top_n_id": 31094, "top_n_prob": "0.046776287257671356"}, {"top_n_text": " system", "top_n_id": 1080, "top_n_prob": "0.03680441901087761"}, {"top_n_text": " claim", "top_n_id": 1624, "top_n_prob": "0.029169801622629166"}, {"top_n_text": " signal", "top_n_id": 6737, "top_n_prob": "0.027585353702306747"}, {"top_n_text": " first", "top_n_id": 717, "top_n_prob": "0.027096083387732506"}, {"top_n_text": " input", "top_n_id": 5128, "top_n_prob": "0.021601688116788864"}, {"top_n_text": " parameter", "top_n_id": 11507, "top_n_prob": "0.010867387987673283"}, {"top_n_text": " second", "top_n_id": 1218, "top_n_prob": "0.009730896912515163"}, {"top_n_text": " at", "top_n_id": 379, "top_n_prob": "0.009290087968111038"}]}, {"idx": 45, "gen_text": " signal is obtained by inverse Fourier transformation of the signal transformed in a Fourier transformation step comprising: <|fourier_start|>6. The system of claim 3, wherein the parameter of the return signal is obtained by inverse fast Fourier transformation of the signal transformed in a Fast Fourier transformation step comprising: <|fast_fourier_start|>7. The system of claim 1, wherein the at least one probe comprises at least one magneto-optical probe. <|magneto-optical_start|>8. The system of claim 1, wherein the at least one probe comprises", "actual_next_token_text": " signal", "actual_next_token_top_seq": 0, "actual_next_token_top_prob": "0.44883763790130615", "top_n_lst": [{"top_n_text": " signal", "top_n_id": 6737, "top_n_prob": "0.44883763790130615"}, {"top_n_text": " path", "top_n_id": 3108, "top_n_prob": "0.10192997008562088"}, {"top_n_text": " wave", "top_n_id": 6769, "top_n_prob": "0.025833427906036377"}, {"top_n_text": " to", "top_n_id": 284, "top_n_prob": "0.021312588825821877"}, {"top_n_text": " loss", "top_n_id": 2994, "top_n_prob": "0.02115924283862114"}, {"top_n_text": "-", "top_n_id": 12, "top_n_prob": "0.016436206176877022"}, {"top_n_text": " current", "top_n_id": 1459, "top_n_prob": "0.013169104233384132"}, {"top_n_text": " channel", "top_n_id": 6518, "top_n_prob": "0.012721912004053593"}, {"top_n_text": " value", "top_n_id": 1988, "top_n_prob": "0.01210338156670332"}, {"top_n_text": " electromagnetic", "top_n_id": 31094, "top_n_prob": "0.010830906219780445"}]}, {"idx": 46, "gen_text": " is selected from the group consisting of x-axis tilt and y-axis tilt. <|end_of_claim|>\n\n5. A method for detecting a tilt of a wafer in an area of an optical alignment apparatus, the method comprising:\n\nmeasuring a value of a parameter of a return signal when light from a first source enters a first optical component of the optical alignment apparatus, the return signal being based on the returned light, the return signal having a non-zero value in the absence of tilt, and having a value different from the non-zero value in the presence of tilt;\n\ngener", "actual_next_token_text": " comprises", "actual_next_token_top_seq": 1, "actual_next_token_top_prob": "0.2924549877643585", "top_n_lst": [{"top_n_text": " is", "top_n_id": 318, "top_n_prob": "0.4226705729961395"}, {"top_n_text": " comprises", "top_n_id": 28800, "top_n_prob": "0.2924549877643585"}, {"top_n_text": " of", "top_n_id": 286, "top_n_prob": "0.013307131826877594"}, {"top_n_text": " corresponds", "top_n_id": 24866, "top_n_prob": "0.012833178043365479"}, {"top_n_text": " varies", "top_n_id": 17806, "top_n_prob": "0.01169494166970253"}, {"top_n_text": " represents", "top_n_id": 6870, "top_n_prob": "0.011539273895323277"}, {"top_n_text": " depends", "top_n_id": 8338, "top_n_prob": "0.011044347658753395"}, {"top_n_text": " includes", "top_n_id": 3407, "top_n_prob": "0.009626366198062897"}, {"top_n_text": " has", "top_n_id": 468, "top_n_prob": "0.008374066092073917"}, {"top_n_text": ",", "top_n_id": 11, "top_n_prob": "0.008193315006792545"}]}, {"idx": 47, "gen_text": " a Doppler frequency. <|end_of_claim|>6. The system of claim 3, wherein the parameter of the return signal comprises a Doppler shift. <|start_of_claim|>7. The system of claim 6, wherein the parameter of the return signal comprises a Doppler frequency. <|end_of_claim|>8. The system of claim 4, wherein the parameter of the return signal comprises a Doppler frequency. <|end_of_claim|>\n\nCROSS-REFERENCE TO RELATED APPLICATIONS\n\n[0001] This application", "actual_next_token_text": " a", "actual_next_token_top_seq": 0, "actual_next_token_top_prob": "0.449520468711853", "top_n_lst": [{"top_n_text": " a", "top_n_id": 257, "top_n_prob": "0.449520468711853"}, {"top_n_text": " the", "top_n_id": 262, "top_n_prob": "0.16514931619167328"}, {"top_n_text": " an", "top_n_id": 281, "top_n_prob": "0.13740280270576477"}, {"top_n_text": " at", "top_n_id": 379, "top_n_prob": "0.09275131672620773"}, {"top_n_text": " one", "top_n_id": 530, "top_n_prob": "0.024579817429184914"}, {"top_n_text": ":", "top_n_id": 25, "top_n_prob": "0.008242620155215263"}, {"top_n_text": " time", "top_n_id": 640, "top_n_prob": "0.006558897439390421"}, {"top_n_text": " information", "top_n_id": 1321, "top_n_prob": "0.005554686300456524"}, {"top_n_text": " <", "top_n_id": 1279, "top_n_prob": "0.005085259210318327"}, {"top_n_text": " energy", "top_n_id": 2568, "top_n_prob": "0.00455431267619133"}]}, {"idx": 48, "gen_text": " deviation of a wavelength value of the electromagnetic radiation signal from an average wavelength value of the electromagnetic radiation signal of the first periodic intensity signal. <|start_of_claim|>6. The system of claim 1, wherein the output signal comprises a magnetic field signal, wherein the parameter of the return signal comprises a value of a magnetic field component of the magnetic field signal of the first periodic intensity signal. <|dep|> 7. The system of claim 6, wherein the output signal comprises a data transfer signal, wherein the parameter of the return signal comprises a value of the data transfer signal. <|start_of_claim|", "actual_next_token_text": " spectral", "actual_next_token_top_seq": 36, "actual_next_token_top_prob": "0.0051572974771261215", "top_n_lst": [{"top_n_text": " time", "top_n_id": 640, "top_n_prob": "0.0875076949596405"}, {"top_n_text": " frequency", "top_n_id": 8373, "top_n_prob": "0.05401274561882019"}, {"top_n_text": " parameter", "top_n_id": 11507, "top_n_prob": "0.04564942046999931"}, {"top_n_text": " temperature", "top_n_id": 5951, "top_n_prob": "0.02895991876721382"}, {"top_n_text": " value", "top_n_id": 1988, "top_n_prob": "0.026128998026251793"}, {"top_n_text": " phase", "top_n_id": 7108, "top_n_prob": "0.023901473730802536"}, {"top_n_text": " return", "top_n_id": 1441, "top_n_prob": "0.02054629661142826"}, {"top_n_text": " signal", "top_n_id": 6737, "top_n_prob": "0.01963924616575241"}, {"top_n_text": " characteristic", "top_n_id": 16704, "top_n_prob": "0.016337858512997627"}, {"top_n_text": " first", "top_n_id": 717, "top_n_prob": "0.016124973073601723"}]}, {"idx": 49, "gen_text": " component indicative of the temperature. <|dep|> 6. The system of claim 3, wherein the parameter of the return signal comprises a spectral component indicative of the relative humidity. <|dep|> 7. The system of claim 3, wherein the parameter of the return signal comprises a spectral component indicative of the carbon monoxide in the atmosphere. <|dep|> 8. The system of claim 3, wherein the parameter of the return signal comprises a spectral component indicative of the amount of sunlight in the environment. <|dep|>\n\nBACKGROUND OF THE INVENTION\n\n1. Field of the Invention\n\nThe", "actual_next_token_text": " parameter", "actual_next_token_top_seq": 0, "actual_next_token_top_prob": "0.15350304543972015", "top_n_lst": [{"top_n_text": " parameter", "top_n_id": 11507, "top_n_prob": "0.15350304543972015"}, {"top_n_text": " content", "top_n_id": 2695, "top_n_prob": "0.07591317594051361"}, {"top_n_text": " component", "top_n_id": 7515, "top_n_prob": "0.06117504835128784"}, {"top_n_text": " characteristic", "top_n_id": 16704, "top_n_prob": "0.041229572147130966"}, {"top_n_text": " distribution", "top_n_id": 6082, "top_n_prob": "0.03951035067439079"}, {"top_n_text": " power", "top_n_id": 1176, "top_n_prob": "0.03785231336951256"}, {"top_n_text": " intensity", "top_n_id": 12245, "top_n_prob": "0.033277273178100586"}, {"top_n_text": " band", "top_n_id": 4097, "top_n_prob": "0.031323324888944626"}, {"top_n_text": " property", "top_n_id": 3119, "top_n_prob": "0.021873442456126213"}, {"top_n_text": " energy", "top_n_id": 2568, "top_n_prob": "0.02161063253879547"}]}, {"idx": 50, "gen_text": ". <|end_of_claim|>6. The system of claim 3, wherein the parameter of the return signal is an amount of energy <|energy_detected|>. <|end_of_claim|>7. The system of claim 1, wherein the parameter of the return signal comprises an output frequency of the return signal <|start_of_claim|>8. The system of claim 1, wherein the parameter of the return signal comprises an output frequency of the return signal <|end_of_claim|>9. The system of claim 1, wherein the parameter of the return signal comprises an", "actual_next_token_text": ".<", "actual_next_token_top_seq": 34, "actual_next_token_top_prob": "0.0009715954074636102", "top_n_lst": [{"top_n_text": ".", "top_n_id": 13, "top_n_prob": "0.5885260105133057"}, {"top_n_text": " of", "top_n_id": 286, "top_n_prob": "0.2178017795085907"}, {"top_n_text": ",", "top_n_id": 11, "top_n_prob": "0.03915852680802345"}, {"top_n_text": " and", "top_n_id": 290, "top_n_prob": "0.017680658027529716"}, {"top_n_text": " or", "top_n_id": 393, "top_n_prob": "0.01215988676995039"}, {"top_n_text": " that", "top_n_id": 326, "top_n_prob": "0.010689634829759598"}, {"top_n_text": " selected", "top_n_id": 6163, "top_n_prob": "0.008478548377752304"}, {"top_n_text": " which", "top_n_id": 543, "top_n_prob": "0.007475560065358877"}, {"top_n_text": " <", "top_n_id": 1279, "top_n_prob": "0.006377900019288063"}, {"top_n_text": " representing", "top_n_id": 10200, "top_n_prob": "0.006131285801529884"}]}, {"idx": 51, "gen_text": "|end_of_claim|>\n\n9. The system of claim 1, wherein the device further comprises an antenna for radiating the electromagnetic signal, the output signal comprises a Radio-Frequency (RF) signal, and the device further comprises a receiver for receiving the output signal from the antenna.\n\n10. The system of claim 1, wherein the device further comprises an antenna for radiating the electromagnetic signal, the output signal comprises a Radio-Frequency (RF) signal, the device further comprises a receiver for receiving the output signal from the antenna, and the system further comprises a controller for controlling the receiver.\n", "actual_next_token_text": "|", "actual_next_token_top_seq": 0, "actual_next_token_top_prob": "0.8734224438667297", "top_n_lst": [{"top_n_text": "|", "top_n_id": 91, "top_n_prob": "0.8734224438667297"}, {"top_n_text": "end", "top_n_id": 437, "top_n_prob": "0.018997741863131523"}, {"top_n_text": "return", "top_n_id": 7783, "top_n_prob": "0.005307415034621954"}, {"top_n_text": "claim", "top_n_id": 6604, "top_n_prob": "0.0038166826125234365"}, {"top_n_text": "start", "top_n_id": 9688, "top_n_prob": "0.0036891410127282143"}, {"top_n_text": ">", "top_n_id": 29, "top_n_prob": "0.0035712586250156164"}, {"top_n_text": "||", "top_n_id": 15886, "top_n_prob": "0.003217824036255479"}, {"top_n_text": " |", "top_n_id": 930, "top_n_prob": "0.002238479908555746"}, {"top_n_text": "dep", "top_n_id": 10378, "top_n_prob": "0.002191656967625022"}, {"top_n_text": "[", "top_n_id": 58, "top_n_prob": "0.0018966648494824767"}]}, {"idx": 52, "gen_text": "start_of_claim|>6. The system of claim 3, wherein the system of claim 1, further comprising:<|dep|>7. A method comprising the acts of:<|start_of_claim|>8. Providing an optical transmitter, which is configured to send an optical signal<|start_of_claim|>9. Receiving at least one return signal<|start_of_claim|>10. Converting at least one of the at least one return signal to a spectral parameter<|start_of_claim|>11. Matching the at least one spectral parameter", "actual_next_token_text": "end", "actual_next_token_top_seq": 1, "actual_next_token_top_prob": "0.289663702249527", "top_n_lst": [{"top_n_text": "start", "top_n_id": 9688, "top_n_prob": "0.36894187331199646"}, {"top_n_text": "end", "top_n_id": 437, "top_n_prob": "0.289663702249527"}, {"top_n_text": "dep", "top_n_id": 10378, "top_n_prob": "0.1115320548415184"}, {"top_n_text": "return", "top_n_id": 7783, "top_n_prob": "0.047482602298259735"}, {"top_n_text": "stop", "top_n_id": 11338, "top_n_prob": "0.017146553844213486"}, {"top_n_text": "claim", "top_n_id": 6604, "top_n_prob": "0.008241746574640274"}, {"top_n_text": "output", "top_n_id": 22915, "top_n_prob": "0.002543069887906313"}, {"top_n_text": "fin", "top_n_id": 15643, "top_n_prob": "0.0021696484182029963"}, {"top_n_text": "<", "top_n_id": 27, "top_n_prob": "0.0017964524449780583"}, {"top_n_text": "out", "top_n_id": 448, "top_n_prob": "0.0017380791250616312"}]}, {"idx": 53, "gen_text": "_of_claim|>6. The system of claim 3, wherein the third apparatus comprises a spectral parameter as parameter of the return signal. <|dep|> 7. The system of claim 6, wherein the first apparatus comprises a spectrometer. <|dep|>8. The system of claim 6, wherein the first apparatus comprises a frequency selective device. <|dep|>9. The system of claim 6, wherein the frequency of the input signal is modulated by a sinusoid with frequency equal to the frequency of the input signal. <|dep|>10. The system of claim 1, wherein", "actual_next_token_text": "_", "actual_next_token_top_seq": 0, "actual_next_token_top_prob": "0.9565701484680176", "top_n_lst": [{"top_n_text": "_", "top_n_id": 62, "top_n_prob": "0.9565701484680176"}, {"top_n_text": "|", "top_n_id": 91, "top_n_prob": "0.02036021277308464"}, {"top_n_text": " of", "top_n_id": 286, "top_n_prob": "0.015105640515685081"}, {"top_n_text": "-", "top_n_id": 12, "top_n_prob": "0.0013041456695646048"}, {"top_n_text": "of", "top_n_id": 1659, "top_n_prob": "0.0010603619739413261"}, {"top_n_text": "\\", "top_n_id": 59, "top_n_prob": "0.0003557357413228601"}, {"top_n_text": " claim", "top_n_id": 1624, "top_n_prob": "0.0003501197206787765"}, {"top_n_text": "Of", "top_n_id": 5189, "top_n_prob": "0.00030666106613352895"}, {"top_n_text": " |", "top_n_id": 930, "top_n_prob": "0.00019010934920515865"}, {"top_n_text": "_{", "top_n_id": 23330, "top_n_prob": "0.00014435913180932403"}]}, {"idx": 54, "gen_text": "of_claim|>The output signal comprises a sample which is obtained by obtaining a frequency spectrum from the original signal. <|start_of_claim|> 7. The system of claim 2, further comprising at least one multiplier and at least one adder. <|start_of_claim|> 8. The system of claim 7, wherein the original signal is a radio signal. <|start_of_claim|> 9. The system of claim 7, wherein the original signal is an electrical signal. <|start_of_claim|>10. The system of claim 7, wherein the original signal is", "actual_next_token_text": "of", "actual_next_token_top_seq": 0, "actual_next_token_top_prob": "0.9937880039215088", "top_n_lst": [{"top_n_text": "of", "top_n_id": 1659, "top_n_prob": "0.9937880039215088"}, {"top_n_text": "claim", "top_n_id": 6604, "top_n_prob": "0.0029169367626309395"}, {"top_n_text": "return", "top_n_id": 7783, "top_n_prob": "0.0003413109516259283"}, {"top_n_text": "dep", "top_n_id": 10378, "top_n_prob": "0.00019782067101914436"}, {"top_n_text": "result", "top_n_id": 20274, "top_n_prob": "9.1673391580116e-05"}, {"top_n_text": "OF", "top_n_id": 19238, "top_n_prob": "9.154024883173406e-05"}, {"top_n_text": "Of", "top_n_id": 5189, "top_n_prob": "6.747238512616605e-05"}, {"top_n_text": "stop", "top_n_id": 11338, "top_n_prob": "5.708275057259016e-05"}, {"top_n_text": "or", "top_n_id": 273, "top_n_prob": "4.864406582782976e-05"}, {"top_n_text": "time", "top_n_id": 2435, "top_n_prob": "4.429663022165187e-05"}]}, {"idx": 55, "gen_text": "_claim|>6. The system of claim 5, wherein the output signal comprises a magnetic dipole radiation signal. <|dep|> 7. The system of claim 3, wherein the spectral parameter of the return signal is a spectral roll off frequency.\n\nBENUNCED<|start_of_claim|>A system for processing radio frequency signals<|end_of_claim|>A method of processing radio frequency signals<|dep|>1. Providing a source for at least one source radio frequency signal, wherein the source of the radio frequency signal comprises a plurality of narrowband signal components or", "actual_next_token_text": "_", "actual_next_token_top_seq": 0, "actual_next_token_top_prob": "0.9975653290748596", "top_n_lst": [{"top_n_text": "_", "top_n_id": 62, "top_n_prob": "0.9975653290748596"}, {"top_n_text": "|", "top_n_id": 91, "top_n_prob": "0.0012120482278987765"}, {"top_n_text": " claim", "top_n_id": 1624, "top_n_prob": "0.0002973468799609691"}, {"top_n_text": "claim", "top_n_id": 6604, "top_n_prob": "0.00021774224296677858"}, {"top_n_text": ">", "top_n_id": 29, "top_n_prob": "7.965397526277229e-05"}, {"top_n_text": "\\", "top_n_id": 59, "top_n_prob": "5.4396383347921073e-05"}, {"top_n_text": " |", "top_n_id": 930, "top_n_prob": "4.9177873734151945e-05"}, {"top_n_text": "Claim", "top_n_id": 44819, "top_n_prob": "4.201298361294903e-05"}, {"top_n_text": "_{", "top_n_id": 23330, "top_n_prob": "4.021497079520486e-05"}, {"top_n_text": "__", "top_n_id": 834, "top_n_prob": "3.421927249291912e-05"}]}, {"idx": 56, "gen_text": "claim|>6. The system of claim 5, wherein the parameter of the return signal comprises a spectral parameter. <|dep|>\n\n7. The system of claim 3, wherein the parameter of the return signal comprises a spectral parameter. <|end_of_claim|>8. The system of claim 3, wherein the parameter of the return signal comprises a spectral parameter. <|end_of_claim|>9. The system of claim 3, wherein the parameter of the return signal comprises a spectral parameter. <|end_of_claim|>10. The system of claim 3, wherein the parameter", "actual_next_token_text": "claim", "actual_next_token_top_seq": 0, "actual_next_token_top_prob": "0.965029239654541", "top_n_lst": [{"top_n_text": "claim", "top_n_id": 6604, "top_n_prob": "0.965029239654541"}, {"top_n_text": "dep", "top_n_id": 10378, "top_n_prob": "0.005569326225668192"}, {"top_n_text": "return", "top_n_id": 7783, "top_n_prob": "0.0026297701988369226"}, {"top_n_text": "period", "top_n_id": 41007, "top_n_prob": "0.00142328767105937"}, {"top_n_text": "pay", "top_n_id": 15577, "top_n_prob": "0.0008840563823468983"}, {"top_n_text": "data", "top_n_id": 7890, "top_n_prob": "0.0005207856302149594"}, {"top_n_text": "Claim", "top_n_id": 44819, "top_n_prob": "0.0003457131388131529"}, {"top_n_text": "payment", "top_n_id": 37301, "top_n_prob": "0.00033772215829230845"}, {"top_n_text": "benefit", "top_n_id": 48649, "top_n_prob": "0.0003359793918207288"}, {"top_n_text": "report", "top_n_id": 13116, "top_n_prob": "0.00032861108775250614"}]}, {"idx": 57, "gen_text": "|> 6. The system of claim 3, wherein the parameter of the return signal comprises an informational parameter.\n\n8. The system of claim 7, wherein the digital display comprises a dual-color display that is able to display a distinctive color on an output display area in a preferred form of a spectrogram, a periodicity histogram or a frequency histogram to indicate the presence of a respiratory event, and a color on an output display area to indicate the onset of a user-designated event, a form of an on-line display, a periodicity and/or a frequency spectrum of the respiratory signal.<|col", "actual_next_token_text": "|", "actual_next_token_top_seq": 0, "actual_next_token_top_prob": "0.9805666208267212", "top_n_lst": [{"top_n_text": "|", "top_n_id": 91, "top_n_prob": "0.9805666208267212"}, {"top_n_text": "_", "top_n_id": 62, "top_n_prob": "0.010809504427015781"}, {"top_n_text": "s", "top_n_id": 82, "top_n_prob": "0.0015918556600809097"}, {"top_n_text": ">", "top_n_id": 29, "top_n_prob": "0.0006796510424464941"}, {"top_n_text": " |", "top_n_id": 930, "top_n_prob": "0.0006107926601544023"}, {"top_n_text": " 5", "top_n_id": 642, "top_n_prob": "0.0003685207339003682"}, {"top_n_text": "5", "top_n_id": 20, "top_n_prob": "0.00025341397849842906"}, {"top_n_text": "||", "top_n_id": 15886, "top_n_prob": "0.00019115780014544725"}, {"top_n_text": "3", "top_n_id": 18, "top_n_prob": "0.00018407200695946813"}, {"top_n_text": ".", "top_n_id": 13, "top_n_prob": "0.00018133112462237477"}]}, {"idx": 58, "gen_text": "><|endoftext|>Genomic structure of an insect t-complex associated tyrosine transposase.\nTo establish a data base of sequence-characterized repetitive elements in insects, the t-complex of Drosophila melanogaster, a large retrovirus-like element associated with male meiosis, was analyzed by restriction endonuclease digestion. The results show that the t-complex consists of 10 consensus sequences. A comparison with the amino acid sequences of three known transposases suggests that these are linked by intragenic recombination, resulting in a continuous and partially overlapping sequence of at least 2.7 kb. All", "actual_next_token_text": ">", "actual_next_token_top_seq": 0, "actual_next_token_top_prob": "0.9375550150871277", "top_n_lst": [{"top_n_text": ">", "top_n_id": 29, "top_n_prob": "0.9375550150871277"}, {"top_n_text": "><", "top_n_id": 6927, "top_n_prob": "0.017014270648360252"}, {"top_n_text": "></", "top_n_id": 12240, "top_n_prob": "0.012030398473143578"}, {"top_n_text": ">]", "top_n_id": 37981, "top_n_prob": "0.007999229244887829"}, {"top_n_text": "\n", "top_n_id": 198, "top_n_prob": "0.005328919272869825"}, {"top_n_text": ">>", "top_n_id": 4211, "top_n_prob": "0.002512425882741809"}, {"top_n_text": ">[", "top_n_id": 36937, "top_n_prob": "0.0023063826374709606"}, {"top_n_text": "<|endoftext|>", "top_n_id": 50256, "top_n_prob": "0.00163362140301615"}, {"top_n_text": ">\"", "top_n_id": 24618, "top_n_prob": "0.0013523540692403913"}, {"top_n_text": ">.", "top_n_id": 28401, "top_n_prob": "0.0012651416473090649"}]}, {"idx": 59, "gen_text": "6. The system of claim 5, wherein the spectral parameter comprises a colour intensity or colour wavelength. <|dep|> 7. The system of claim 1, wherein the parameter of the return signal comprises the maximum value of the minimum period of time that the return signal has a value of zero, between two adjacent pulses of the return signal.<|end_of_claim|>\n\nUS083428662003-11-292005-02-23Method of processing a return signal from a radiometer to identify an object moving through an area\nActive2023-11-29US8312108B2\n(", "actual_next_token_text": "<|endoftext|>", "actual_next_token_top_seq": 4, "actual_next_token_top_prob": "0.01628720760345459", "top_n_lst": [{"top_n_text": "6", "top_n_id": 21, "top_n_prob": "0.5953418016433716"}, {"top_n_text": "\n", "top_n_id": 198, "top_n_prob": "0.12357275933027267"}, {"top_n_text": " 6", "top_n_id": 718, "top_n_prob": "0.12329988181591034"}, {"top_n_text": "The", "top_n_id": 464, "top_n_prob": "0.018644440919160843"}, {"top_n_text": "<|endoftext|>", "top_n_id": 50256, "top_n_prob": "0.01628720760345459"}, {"top_n_text": " <", "top_n_id": 1279, "top_n_prob": "0.010545819997787476"}, {"top_n_text": " The", "top_n_id": 383, "top_n_prob": "0.010421485640108585"}, {"top_n_text": "7", "top_n_id": 22, "top_n_prob": "0.009628054685890675"}, {"top_n_text": "5", "top_n_id": 20, "top_n_prob": "0.0055599696934223175"}, {"top_n_text": " ", "top_n_id": 220, "top_n_prob": "0.005017805378884077"}]}, {"idx": 60, "gen_text": "Soliton resolution\n\nIn optics, the resolution of a solitary wave is the ability of a solitary wave to resolve itself into its constituent wavelets.  The minimum number of wavelets which can resolve a solitary wave is called the \"minimal number of wavelets\" (MNMW) of the solitary wave.  It can also be expressed as, where  is the period of the solitary wave. The fundamental question in soliton resolution theory is to determine the smallest number of wavelets which resolve a solitary wave.  This number is called the \"resolution number\".\n\nHistory\nThe resolution number of a  solitary wave is", "actual_next_token_text": "(none)", "actual_next_token_top_seq": -1, "actual_next_token_top_prob": "0.0", "top_n_lst": [{"top_n_text": "Q", "top_n_id": 48, "top_n_prob": "0.14588046073913574"}, {"top_n_text": "The", "top_n_id": 464, "top_n_prob": "0.04277370870113373"}, {"top_n_text": "\n", "top_n_id": 198, "top_n_prob": "0.020314982160925865"}, {"top_n_text": "A", "top_n_id": 32, "top_n_prob": "0.01829657517373562"}, {"top_n_text": "[", "top_n_id": 58, "top_n_prob": "0.015540827997028828"}, {"top_n_text": " ", "top_n_id": 220, "top_n_prob": "0.0151901226490736"}, {"top_n_text": "1", "top_n_id": 16, "top_n_prob": "0.015177987515926361"}, {"top_n_text": "This", "top_n_id": 1212, "top_n_prob": "0.009330193512141705"}, {"top_n_text": "In", "top_n_id": 818, "top_n_prob": "0.009174485690891743"}, {"top_n_text": "/*", "top_n_id": 15211, "top_n_prob": "0.009001600556075573"}]}], "recv": {"context": "<|start_of_claim|>3. The system of claim 1, wherein the output signal comprises an electromagnetic radiation signal. <|dep|> 5. The system of claim 3, wherein the parameter of the return signal comprises a spectral parameter.<|end_of_claim|><|endoftext|>", "temp": 1.0, "top_p": 0.9, "patent-number": "11212955", "claim-number": 5, "direction": "forward", "gcs_folder": "device_client_results", "gen_length": 128}}