query
stringlengths 37
200
| image
imagewidth (px) 243
2.02k
| image_filename
stringlengths 22
28
| options
stringlengths 33
414
| answer
stringclasses 67
values | page
stringclasses 1
value | model
stringclasses 1
value | prompt
stringclasses 1
value | source
stringclasses 1
value | text_description
stringlengths 0
1.63k
| chunk_id
stringlengths 36
36
| chunk_type
stringclasses 3
values | chunk_image
imagewidth (px) 17
2.08k
⌀ |
|---|---|---|---|---|---|---|---|---|---|---|---|---|
What might the purpose of the white silhouette against the black background be?
|
images/2210.08394_0.jpg
|
['A. To highlight the motion being analyzed', 'B. To represent a shadow', 'C. To depict the absence of movement', 'D. To show a negative image for artistic purposes']
|
A
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
6f013bfe-9e87-497f-997a-b0e66e25f29b
|
figure
| ||||
At approximately what value of z does the data indicate that the halo mass \( M_{cut} \) (fit b\_ln) surpasses \( 10^{13} \ h^{-1}M_{\odot} \)?
|
images/2105.11936_0.jpg
|
['A. z = 0.1', 'B. z = 0.3', 'C. z = 0.6', 'D. z = 0.8', '-']
|
C
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
Mcut(Fit Biins Dnt) M, (fit bin, ni) Mcut(fit biin) === M,(fit Dyin) data (bjin) data (bni) biin (Fit iin, Bri) bri(fit Bin, Dnt) biin (Fit iin)
|
c0d82376-c539-4d0c-a950-98bc8e68bb0e
|
text
| Not supported with pagination yet |
||
At approximately what value of z does the data indicate that the halo mass \( M_{cut} \) (fit b\_ln) surpasses \( 10^{13} \ h^{-1}M_{\odot} \)?
|
images/2105.11936_0.jpg
|
['A. z = 0.1', 'B. z = 0.3', 'C. z = 0.6', 'D. z = 0.8', '-']
|
C
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
1033 1012 3.0 25 2.0 data (biin) data (bni) biin (Fit bins Bri) bri(fit Bin, Dnt) biin (Fit biin) — Mat(fit Bin, Dnt) --- My(fit bin, bni) —— Mcut(fit dyin) —-= M,(fit Biin)
|
204cdc86-3b8b-4278-9639-164724e8183b
|
figure
| |||
What does the graph indicate about the relationship between \( \langle r(t) \rangle \) and time (t) during steady-state conditions?
|
images/0707.1659_3.jpg
|
['A. \\( \\langle r(t) \\rangle \\) decreases as time increases.', 'B. \\( \\langle r(t) \\rangle \\) increases as time increases.', 'C. \\( \\langle r(t) \\rangle \\) remains constant as time increases.', 'D. The relationship between \\( \\langle r(t) \\rangle \\) and time cannot be determined from the graph.']
|
B
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
<r(t)>
tequii=20000 tequil=14286 steady state 10 100 1000 10000
|
a91fc7a1-8c53-47f0-885f-d51af4647c59
|
text
| Not supported with pagination yet |
||
What does the graph indicate about the relationship between \( \langle r(t) \rangle \) and time (t) during steady-state conditions?
|
images/0707.1659_3.jpg
|
['A. \\( \\langle r(t) \\rangle \\) decreases as time increases.', 'B. \\( \\langle r(t) \\rangle \\) increases as time increases.', 'C. \\( \\langle r(t) \\rangle \\) remains constant as time increases.', 'D. The relationship between \\( \\langle r(t) \\rangle \\) and time cannot be determined from the graph.']
|
B
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
tegyit=20000 tequil=14286 steady state = | 10 100 1000 100
|
d50ac915-bac3-4f3b-81da-45dec324d2bc
|
figure
| |||
What is the role of 'SCAI-DM' in the depicted workflow?
|
images/cs0505008_0.jpg
|
['A. It serves as a user interface for modeling and simulation.', 'B. It is responsible for the data reduction process.', 'C. It acts as a disassembler for the simulation models.', 'D. It is the main database for storing simulation results.']
|
B
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
working environment of engineer: models, simulations, results, reports
|
1eb967f6-5efd-4ef9-8873-db37714bd3b6
|
text
| Not supported with pagination yet |
||
What is the role of 'SCAI-DM' in the depicted workflow?
|
images/cs0505008_0.jpg
|
['A. It serves as a user interface for modeling and simulation.', 'B. It is responsible for the data reduction process.', 'C. It acts as a disassembler for the simulation models.', 'D. It is the main database for storing simulation results.']
|
B
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
| SCAl SASSEMBLER se ane: = SCAI-DM immttt Ee) Ee) working environment for data mining data preparation data reduction name of Eimulation model parts and meta data similarity measure, odificaition analysis correlations subset evaluation DM data base relevant models reduced meta data reduced results data mining algorithms Ae Weka data min report:
|
09ff629e-6d68-40a7-9a11-b3983482c5c6
|
table
| |||
What is the role of 'SCAI-DM' in the depicted workflow?
|
images/cs0505008_0.jpg
|
['A. It serves as a user interface for modeling and simulation.', 'B. It is responsible for the data reduction process.', 'C. It acts as a disassembler for the simulation models.', 'D. It is the main database for storing simulation results.']
|
B
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
Pi
|
198b0af6-9e19-4a8e-9e24-3c0c6e2c98dd
|
text
| Not supported with pagination yet |
||
What is the role of 'SCAI-DM' in the depicted workflow?
|
images/cs0505008_0.jpg
|
['A. It serves as a user interface for modeling and simulation.', 'B. It is responsible for the data reduction process.', 'C. It acts as a disassembler for the simulation models.', 'D. It is the main database for storing simulation results.']
|
B
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
d155fed7-e6e0-4014-81a2-e53111c2e830
|
figure
| ||||
Based on the color coding in the figure, which range of radio detection fraction is most common for the lowest photometric rms values?
|
images/1908.02292_2.jpg
|
['A. 10^-1', 'B. 10^-2', 'C. 10^-3', 'D. 1']
|
D
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
MN WwW te) Pi ” N —_ (SCL) 9SIOU SS8DX9 IIUJBWOIISV
2) Log (photometric rms
UOlICAL UOlPVJOIP OIPEY
|
c677449a-d057-4891-b664-ac1126febeaa
|
text
| Not supported with pagination yet |
||
Based on the color coding in the figure, which range of radio detection fraction is most common for the lowest photometric rms values?
|
images/1908.02292_2.jpg
|
['A. 10^-1', 'B. 10^-2', 'C. 10^-3', 'D. 1']
|
D
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
lag (nhotqmetric rm<¢2)
|
02738ef0-ae82-4a1e-bcea-50fcb689182c
|
figure
| |||
According to the figure, what distinguishes the Unfolded RED (U-RED) depicted in part (b) from the SGD-Net in part (a)?
|
images/2101.09379_1.jpg
|
['A. U-RED uses a different backpropagation algorithm.', 'B. U-RED does not require full measurements y.', 'C. U-RED is an iterative process that does not involve backpropagation.', 'D. U-RED repeats a single iteration structure for Q iterations.']
|
D
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
(a) SGD-Net
Full measurements y nina
1°" Iteration
sy
Random
subsample
Shared weights
Q"iteration
Backpropagation <—_————
—YT Q O*
+
Loss
Sy
Random
subsample
}
(bd) Untoldea RED (U-RED)
Repeat for Q Iterations
| a’ iteration Au measurements Tt ttt}—___
Full
2,
|
f95387a9-30ad-4842-b9a9-8c93fe69c9f6
|
text
| Not supported with pagination yet |
||
According to the figure, what distinguishes the Unfolded RED (U-RED) depicted in part (b) from the SGD-Net in part (a)?
|
images/2101.09379_1.jpg
|
['A. U-RED uses a different backpropagation algorithm.', 'B. U-RED does not require full measurements y.', 'C. U-RED is an iterative process that does not involve backpropagation.', 'D. U-RED repeats a single iteration structure for Q iterations.']
|
D
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
Il measurements Tiiit}——__
|
461054ee-ca62-471f-9e7e-5d7595015c35
|
figure
| |||
What do the dotted lines across the \( y_l(u) \) curve represent?
|
images/2203.04580_0.jpg
|
['Values of \\( u \\) where \\( y_l(u) \\) is undefined', 'Different values of \\( \\gamma_l \\) that influence the Region of EIP', 'The thresholds for the Region of EIP', 'Maximum and minimum values of \\( y_l(u) \\)']
|
C
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
y(u) Stability region for u; Region of EIP Left margin | Right margin
|
8379f5a9-57a1-4a18-b433-e6a685477b68
|
text
| Not supported with pagination yet |
||
What do the dotted lines across the \( y_l(u) \) curve represent?
|
images/2203.04580_0.jpg
|
['Values of \\( u \\) where \\( y_l(u) \\) is undefined', 'Different values of \\( \\gamma_l \\) that influence the Region of EIP', 'The thresholds for the Region of EIP', 'Maximum and minimum values of \\( y_l(u) \\)']
|
C
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
yy(u) Stability region for u; Region of EIP = (a/2-y) [— 2¥;, Ga) Left margin Right margin
|
05d726cb-9ae4-46a4-9511-62d285d1bc4c
|
figure
| |||
Based on the diagram, which element directly influences the output \( \psi_t \)?
|
images/1706.05087_0.jpg
|
['A. The number of tokens in the source \\( T_x \\).', 'B. The alignment plan matrix \\( A_t \\).', 'C. The commitment plan \\( c_t \\).', 'D. The addition of the alignment plan matrix and the hidden state \\( h_t \\).']
|
D
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
# tokens in the source Ty, # steps to plan ahead (k) Alignment Plan Commitment plan ce [JE “O-O—-O Vr
|
ed3fb74a-5d15-48ca-a9f4-ab7192477744
|
text
| Not supported with pagination yet |
||
Based on the diagram, which element directly influences the output \( \psi_t \)?
|
images/1706.05087_0.jpg
|
['A. The number of tokens in the source \\( T_x \\).', 'B. The alignment plan matrix \\( A_t \\).', 'C. The commitment plan \\( c_t \\).', 'D. The addition of the alignment plan matrix and the hidden state \\( h_t \\).']
|
D
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
(b—9-0
|
94c94643-9b33-4adc-9808-373b8e4f1010
|
figure
| |||
Based on the diagram, which element directly influences the output \( \psi_t \)?
|
images/1706.05087_0.jpg
|
['A. The number of tokens in the source \\( T_x \\).', 'B. The alignment plan matrix \\( A_t \\).', 'C. The commitment plan \\( c_t \\).', 'D. The addition of the alignment plan matrix and the hidden state \\( h_t \\).']
|
D
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
# tokens in the source T°, A,(0] Alignment Plan # steps to plan ahead (k) Softmax(| |) Matrix Commitment plan c; Yr
|
9337ca56-55e0-4d4e-9e6c-5d8ed63cbce0
|
figure
| |||
What does the figure suggest about the relationship between frequency and the variable S?
|
images/1606.03117_0.jpg
|
['S increases exponentially with frequency.', 'S oscillates with increasing frequency, showing peaks and troughs.', 'S decreases monotonically as frequency increases.', 'S remains constant regardless of the frequency.']
|
B
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
— Numerical —- Analytic
|
06a8ee77-8990-44de-862e-35471aff766e
|
text
| Not supported with pagination yet |
||
What does the figure suggest about the relationship between frequency and the variable S?
|
images/1606.03117_0.jpg
|
['S increases exponentially with frequency.', 'S oscillates with increasing frequency, showing peaks and troughs.', 'S decreases monotonically as frequency increases.', 'S remains constant regardless of the frequency.']
|
B
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
0002 — Numerical 2 —- Analytic
|
ddc16a5e-f06d-44aa-9765-7bf72eb1ca4c
|
figure
| |||
What does the divergence of lines after Jt = 2 suggest about the system's behavior in figure (b)?
|
images/1710.05289_1.jpg
|
['The system reaches a steady state with uniform spin distribution.', "The system's energy levels become quantized and non-dynamic.", 'There is an onset of chaotic behavior or increased system complexity.', 'The system exhibits a phase transition to a ferromagnetic state.', '## Figure (b)']
|
C
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
at i... [fataaaee —_—, a ee
|
74b396db-6612-4728-995b-b6b3e44bc720
|
text
| Not supported with pagination yet |
||
What does the divergence of lines after Jt = 2 suggest about the system's behavior in figure (b)?
|
images/1710.05289_1.jpg
|
['The system reaches a steady state with uniform spin distribution.', "The system's energy levels become quantized and non-dynamic.", 'There is an onset of chaotic behavior or increased system complexity.', 'The system exhibits a phase transition to a ferromagnetic state.', '## Figure (b)']
|
C
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
sk aa sa!
|
54c2af26-01b1-45a8-8dae-2e05eb32cfc1
|
figure
| |||
What does the divergence of lines after Jt = 2 suggest about the system's behavior in figure (b)?
|
images/1710.05289_1.jpg
|
['The system reaches a steady state with uniform spin distribution.', "The system's energy levels become quantized and non-dynamic.", 'There is an onset of chaotic behavior or increased system complexity.', 'The system exhibits a phase transition to a ferromagnetic state.', '## Figure (b)']
|
C
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
e79be36c-4030-4e03-82eb-9cc295f9d476
|
figure
| ||||
Based on the angles shown, what range of angles does the X-ray source move through during the imaging process?
|
images/2006.06508_1.jpg
|
['A) 0° to 24°', 'B) -24° to 24°', 'C) -24° to 0°', 'D) 0° to 48°']
|
B
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
WI GQ
DIJUECSIP UO!IJEJOI JO
J9}JUIDI-BIINOS
x< : “A O y N 5 UN > ~N 8 fee — — — — ee o sh i NF ae I oan 5 “_ -* 2 T “XN < 2 1c we : ~ — _ 7 . ‘ y m~ =~ a \ \ t a” ie =— . N — —_ x ———— —
WI OL IUEYSIP JOJIIJIC-JIANOS SN I Patient Body
2 s O 5 5 ro vie) 3 2
iT) ron |
Oo
|
8e6d84c4-59b5-4899-adc4-eaaa62662593
|
text
| Not supported with pagination yet |
||
Based on the angles shown, what range of angles does the X-ray source move through during the imaging process?
|
images/2006.06508_1.jpg
|
['A) 0° to 24°', 'B) -24° to 24°', 'C) -24° to 0°', 'D) 0° to 48°']
|
B
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
ee -~ K-ray SOUrCe R ° | | | | fone 0° a o=
|
3c4d9f3a-0077-4850-8880-7e99c41a3b2d
|
figure
| |||
How does the time evolution of the wave function's probability density in figure (f) compare to that in figure (c)?
|
images/1704.02548_1.jpg
|
['A. The probability density in figure (f) spreads out faster over time.', 'B. The probability density in figure (f) remains more constant over time.', 'C. The probability density in figure (f) shows greater fluctuations over time.', 'D. There is no difference in the time evolution of the probability density.']
|
B
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
800 FF 600 400
t
t 400
|
d77334bb-e667-4669-9a1c-8fc99c8d2776
|
text
| Not supported with pagination yet |
||
How does the time evolution of the wave function's probability density in figure (f) compare to that in figure (c)?
|
images/1704.02548_1.jpg
|
['A. The probability density in figure (f) spreads out faster over time.', 'B. The probability density in figure (f) remains more constant over time.', 'C. The probability density in figure (f) shows greater fluctuations over time.', 'D. There is no difference in the time evolution of the probability density.']
|
B
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
2c174aa3-204d-4206-bc5a-476395bed8f0
|
figure
| ||||
How does the time evolution of the wave function's probability density in figure (f) compare to that in figure (c)?
|
images/1704.02548_1.jpg
|
['A. The probability density in figure (f) spreads out faster over time.', 'B. The probability density in figure (f) remains more constant over time.', 'C. The probability density in figure (f) shows greater fluctuations over time.', 'D. There is no difference in the time evolution of the probability density.']
|
B
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
2b4cab7f-c7f3-4453-9f92-17d83197601b
|
figure
| ||||
The cells in figure c are most consistent with which of the following stages of erythropoiesis?
|
images/2102.08708_0.jpg
|
['A. Proerythroblast', 'B. Reticulocyte', 'C. Normoblast', 'D. Erythrocyte']
|
C. Normoblast
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
d7bed334-86e0-48f7-ab5f-ad6ba3f87921
|
figure
| ||||
The cells in figure c are most consistent with which of the following stages of erythropoiesis?
|
images/2102.08708_0.jpg
|
['A. Proerythroblast', 'B. Reticulocyte', 'C. Normoblast', 'D. Erythrocyte']
|
C. Normoblast
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
b0f68fa0-166b-4678-9c5c-5109aa89e971
|
figure
| ||||
The cells in figure c are most consistent with which of the following stages of erythropoiesis?
|
images/2102.08708_0.jpg
|
['A. Proerythroblast', 'B. Reticulocyte', 'C. Normoblast', 'D. Erythrocyte']
|
C. Normoblast
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
e86b38c3-6125-4b1c-8bb3-ad373993c9ab
|
figure
| ||||
At approximately what energy does the peak of the S(E) occur according to the graph?
|
images/1403.4909_2.jpg
|
['0.01 MeV', '0.1 MeV', '0.3 MeV', '1 MeV']
|
C
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
|O 4AfyY
|
035cb471-3c32-457c-910a-4920d44daef2
|
figure
| |||
What does the dashed horizontal line at g-r = 0.6 represent in this scatter plot?
|
images/1401.3775_1.jpg
|
['The mean value of g-r for the selected dataset.', 'A threshold value distinguishing two sets of data points.', 'The maximum value of g-r observed in the dataset.', 'An arbitrary reference line with no specific significance.', '-']
|
B
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
16
14
13
|
ea2c5f9e-abc2-4a40-9d87-c72d17139c16
|
text
| Not supported with pagination yet |
||
What does the dashed horizontal line at g-r = 0.6 represent in this scatter plot?
|
images/1401.3775_1.jpg
|
['The mean value of g-r for the selected dataset.', 'A threshold value distinguishing two sets of data points.', 'The maximum value of g-r observed in the dataset.', 'An arbitrary reference line with no specific significance.', '-']
|
B
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
0556ee3b-def0-4d23-87bd-f23426d09a77
|
figure
| ||||
What does the dashed horizontal line at g-r = 0.6 represent in this scatter plot?
|
images/1401.3775_1.jpg
|
['The mean value of g-r for the selected dataset.', 'A threshold value distinguishing two sets of data points.', 'The maximum value of g-r observed in the dataset.', 'An arbitrary reference line with no specific significance.', '-']
|
B
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
'petro
|
c5ae48a1-4991-42b8-a0ad-b60934b56eb3
|
figure
| |||
Which point is likely to have the smallest radius circle if the circles represent distances from the respective points to the query point?
|
images/1901.08805_2.jpg
|
['A. P1', 'B. P2', 'C. P3', 'D. The radii are the same for all points.']
|
A
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
cf869d6f-99ff-4810-940c-cc30f5df9c1a
|
figure
| ||||
As x increases from 0 to 0.15, what trend is observable in the figure for both DMRG and MA methods?
|
images/2303.05013_2.jpg
|
['A) The peaks become less pronounced', 'B) The peaks shift away from k/π = 0', 'C) The peaks become more pronounced', 'D) No discernible trend is observable']
|
B) The peaks shift away from k/π = 0
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
<x L = 8 Bei. “SURES Rd ee... | __ =n : a ” oa a’ iiioi—V o 7 * Jil © [ea L. = a L, 9 = So ” >>> > Fe [eg = a 1/2 -1/2
L 5 [ + L
/™
g = 5 Fy. IO 2.2 oS 20 ‘oe ee iia << oY a aia jvm = a 1/2
1/2
[
° | a cmaiaeataes mie ee a oc © | a =
MA
A=0.25
|
cff110fb-77c1-43e2-a628-1802857e7e15
|
text
| Not supported with pagination yet |
||
Which simulation data set shows a trend of alignment angles clustering around both 60° and -60°?
|
images/2303.02147_2.jpg
|
['A) Au-9-M and Au-18-M', 'B) Au-10-M1 and Au-27-M', 'C) Au-5-M and Au-15-M', 'D) Au-22-M and Au-24-M']
|
D
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
Disc-merger alignment |0(Lgis-(t), Merger(t)) |
= & c om oa) < pericentre At z VAP<O Au-5-M Au-9-M LJ @ Au-10-M1 Au-10-M2 %& Au-17-M Au-18-M Au-22-M Au-24-M
90°
At
Au-15-M
0
Au-27-M
|
5dcbbd74-3de6-4651-8b7d-45bff3c2e18f
|
text
| Not supported with pagination yet |
||
Which simulation data set shows a trend of alignment angles clustering around both 60° and -60°?
|
images/2303.02147_2.jpg
|
['A) Au-9-M and Au-18-M', 'B) Au-10-M1 and Au-27-M', 'C) Au-5-M and Au-15-M', 'D) Au-22-M and Au-24-M']
|
D
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
= & Cc om _ < pericentre =0.5 At z 0 At z A> <@ Au-17-M Au-5-M Au-9-M @ Au-18-M Au-10-M1 Au-22-M Au-10-M2 9 Au-24-M
|
15f65405-8e9c-4c33-9ac2-970d37b1ecc3
|
figure
| |||
What can be inferred about the trend of the measured variable after January 16th?
|
images/2208.01908_0.jpg
|
['It shows a consistent increase', 'It remains constant', 'It fluctuates with no clear trend', 'It shows a consistent decrease', '-']
|
D
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
d0f16615-361a-464f-97c8-e508fe789cfc
|
figure
| ||||
Based on the inset graphs, what is the characteristic behavior of the transition percentage with respect to velocity?
|
images/2101.12309_3.jpg
|
['A. It increases then stabilizes after a certain velocity.', 'B. It decreases steadily as velocity increases.', 'C. It remains constant regardless of velocity changes.', 'D. It shows a cyclical pattern with changes in velocity.']
|
A
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
sul] OUILT,
4.5 50 Velocity [mm/s] 4.0
8 4 5 6 7 Velocity [mm/s]
9
|
e81bfedf-a5e2-42f0-abe2-7e8420fec2b7
|
text
| Not supported with pagination yet |
||
Based on the inset graphs, what is the characteristic behavior of the transition percentage with respect to velocity?
|
images/2101.12309_3.jpg
|
['A. It increases then stabilizes after a certain velocity.', 'B. It decreases steadily as velocity increases.', 'C. It remains constant regardless of velocity changes.', 'D. It shows a cyclical pattern with changes in velocity.']
|
A
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
7b5a5d7d-60bc-42ee-b172-a0154689d6c0
|
figure
| ||||
What does the graph suggest about the performance of Attribute SBM and Regular SBM as the Pin/Pout ratio increases?
|
images/1803.02726_2.jpg
|
['A. Attribute SBM consistently outperforms Regular SBM.', 'B. Regular SBM consistently outperforms Attribute SBM.', 'C. Both SBM models perform equally well regardless of the Pin/Pout ratio.', 'D. The performance of both SBM models improves, but the improvement rate of Attribute SBM is higher.']
|
D
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
A A 4 A A A AA-A 0.0 2.5 5.0 7.5
1.00
0.75
= 050 Zz
0.25
0.00
Pin/Pout
A Attribute SBM A Regular SBM
|
f18266ec-45f7-4df1-9728-95eeaf79a1ad
|
text
| Not supported with pagination yet |
||
What does the graph suggest about the performance of Attribute SBM and Regular SBM as the Pin/Pout ratio increases?
|
images/1803.02726_2.jpg
|
['A. Attribute SBM consistently outperforms Regular SBM.', 'B. Regular SBM consistently outperforms Attribute SBM.', 'C. Both SBM models perform equally well regardless of the Pin/Pout ratio.', 'D. The performance of both SBM models improves, but the improvement rate of Attribute SBM is higher.']
|
D
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
9K
|
ae429a58-895e-4e73-b1be-0661048d3143
|
figure
| |||
Which qubit configuration shows the greatest decline in reward value by the end of 1600 measurement steps?
|
images/2110.04782_2.jpg
|
['A) 7 qubits', 'B) 8 qubits', 'C) 9 qubits', 'D) 10 qubits', '-']
|
D) 10 qubits
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
—- 5 qubits —— 6 qubits —— 7 qubits — 8 qubits ** 9 qubits =-= 10 qubits == 11 qubits 0 200 400 600 800 1000 1200 1400 1600 Measurement steps
|
333969c8-153c-49eb-a3f4-196821ea9fbc
|
text
| Not supported with pagination yet |
||
Which qubit configuration shows the greatest decline in reward value by the end of 1600 measurement steps?
|
images/2110.04782_2.jpg
|
['A) 7 qubits', 'B) 8 qubits', 'C) 9 qubits', 'D) 10 qubits', '-']
|
D) 10 qubits
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
—- 5 qubits —— 6 qubits == 7 qubits —— 8 qubits ** 9 qubits =-= 10 qubits == 11 qubits 0 200 400 600 800 1000 1200 1400 160 Measurement steps
|
1e6f9f35-250b-46ac-9198-5827f383cc8f
|
figure
| |||
What is the significance of the blue polyhedra in figure (c)?
|
images/2305.13988_0.jpg
|
['A. They represent the unit cell of a crystal lattice.', 'B. They indicate regions of high electron density.', 'C. They are placeholders for possible impurity sites in the crystal.', 'D. They symbolize the thermal vibration amplitude of the atoms.']
|
A
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
cc5b6ec0-0e90-40c0-b82c-15d8a674dda8
|
figure
| ||||
What is the significance of the blue polyhedra in figure (c)?
|
images/2305.13988_0.jpg
|
['A. They represent the unit cell of a crystal lattice.', 'B. They indicate regions of high electron density.', 'C. They are placeholders for possible impurity sites in the crystal.', 'D. They symbolize the thermal vibration amplitude of the atoms.']
|
A
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
ba22c3d0-88b3-401d-bb2b-02ca4dc372d9
|
figure
| ||||
What is the significance of the blue polyhedra in figure (c)?
|
images/2305.13988_0.jpg
|
['A. They represent the unit cell of a crystal lattice.', 'B. They indicate regions of high electron density.', 'C. They are placeholders for possible impurity sites in the crystal.', 'D. They symbolize the thermal vibration amplitude of the atoms.']
|
A
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
edef3e94-3b8a-4010-925f-f1c8cdd9c775
|
figure
| ||||
What does the progression of stages 1 to 3 in the LSM likely illustrate?
|
images/1902.09701_1.jpg
|
['A. Decreasing levels of data abstraction.', 'B. Increasing complexity of the model architecture.', 'C. A reduction in the number of convolutional layers.', 'D. The lifecycle of a machine learning project from training to deployment.']
|
B
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
stage 1 LSM
Stage 2 LSM
Stage 3 LSM
|
77d2e759-373b-4b2f-9431-5ef19a07e277
|
text
| Not supported with pagination yet |
||
What does the progression of stages 1 to 3 in the LSM likely illustrate?
|
images/1902.09701_1.jpg
|
['A. Decreasing levels of data abstraction.', 'B. Increasing complexity of the model architecture.', 'C. A reduction in the number of convolutional layers.', 'D. The lifecycle of a machine learning project from training to deployment.']
|
B
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
ca566eb7-fa05-47f1-a63c-6fe13a9f8659
|
figure
| ||||
What does the progression of stages 1 to 3 in the LSM likely illustrate?
|
images/1902.09701_1.jpg
|
['A. Decreasing levels of data abstraction.', 'B. Increasing complexity of the model architecture.', 'C. A reduction in the number of convolutional layers.', 'D. The lifecycle of a machine learning project from training to deployment.']
|
B
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
206ed1bb-3936-41a7-9348-33096a9df269
|
figure
| ||||
What does the progression of stages 1 to 3 in the LSM likely illustrate?
|
images/1902.09701_1.jpg
|
['A. Decreasing levels of data abstraction.', 'B. Increasing complexity of the model architecture.', 'C. A reduction in the number of convolutional layers.', 'D. The lifecycle of a machine learning project from training to deployment.']
|
B
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
46235a91-0748-4717-b607-199b94de9376
|
figure
| ||||
What does the progression of stages 1 to 3 in the LSM likely illustrate?
|
images/1902.09701_1.jpg
|
['A. Decreasing levels of data abstraction.', 'B. Increasing complexity of the model architecture.', 'C. A reduction in the number of convolutional layers.', 'D. The lifecycle of a machine learning project from training to deployment.']
|
B
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
Conv Conv Conv
|
f625eabd-7e66-4390-905d-a297a48fc45e
|
figure
| |||
What does the progression of stages 1 to 3 in the LSM likely illustrate?
|
images/1902.09701_1.jpg
|
['A. Decreasing levels of data abstraction.', 'B. Increasing complexity of the model architecture.', 'C. A reduction in the number of convolutional layers.', 'D. The lifecycle of a machine learning project from training to deployment.']
|
B
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
Conv
|
30ca6443-8143-4f3e-881d-95d9c569ccba
|
figure
| |||
What does the progression of stages 1 to 3 in the LSM likely illustrate?
|
images/1902.09701_1.jpg
|
['A. Decreasing levels of data abstraction.', 'B. Increasing complexity of the model architecture.', 'C. A reduction in the number of convolutional layers.', 'D. The lifecycle of a machine learning project from training to deployment.']
|
B
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
942c3d7f-1a15-4e3e-abd2-9c42b8ca231a
|
figure
| ||||
What is the result of the operation between X_S and X_A according to figure a)?
|
images/2011.11120_1.jpg
|
['A) The result is a new book with different thickness', 'B) The result is the thickness of book B', 'C) The result is a set of books with combined thickness', 'D) The result is the same as the thickness of book S']
|
B
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
7d74b6f0-1fcd-41e2-8b1a-e3edc79c8555
|
figure
| ||||
What is the result of the operation between X_S and X_A according to figure a)?
|
images/2011.11120_1.jpg
|
['A) The result is a new book with different thickness', 'B) The result is the thickness of book B', 'C) The result is a set of books with combined thickness', 'D) The result is the same as the thickness of book S']
|
B
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
d1025bf4-e67c-4059-8397-9f604b94b3d8
|
figure
| ||||
What is the result of the operation between X_S and X_A according to figure a)?
|
images/2011.11120_1.jpg
|
['A) The result is a new book with different thickness', 'B) The result is the thickness of book B', 'C) The result is a set of books with combined thickness', 'D) The result is the same as the thickness of book S']
|
B
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
YH
|
7ccc42ad-a6ae-481c-b6db-9884629c028c
|
figure
| |||
What can be inferred about the system's behavior during the 'Initial transient' phase as opposed to the 'Periodic regime'?
|
images/1204.5084_0.jpg
|
['The system exhibits a steady state in the initial transient phase.', 'The energy states fluctuate more during the initial transient than in the periodic regime.', 'The system reaches its maximum energy state more frequently in the periodic regime.', 'The amplitude of the energy state oscillations is greater in the periodic regime.']
|
B
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
o £ D o — 2 ae) 2 — o oO
0
2
4
6
8
1012 14 16 18 20 22 24 26 28 30 32 34 36 38 407
t/t
n+1
|
8d8b17e1-ed7e-4040-97cd-3e478d658bb5
|
text
| Not supported with pagination yet |
||
What can be inferred about the system's behavior during the 'Initial transient' phase as opposed to the 'Periodic regime'?
|
images/1204.5084_0.jpg
|
['The system exhibits a steady state in the initial transient phase.', 'The energy states fluctuate more during the initial transient than in the periodic regime.', 'The system reaches its maximum energy state more frequently in the periodic regime.', 'The amplitude of the energy state oscillations is greater in the periodic regime.']
|
B
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
Periodic regime Initial transient
|
fe6cb301-06d7-474b-aab6-13c97168d1d8
|
figure
| |||
In the context of this diagram, what does the process of backpropagation achieve?
|
images/2305.14656_0.jpg
|
['A) It adjusts the reward values based on the simulation outcomes.', 'B) It expands the decision tree with new possible states.', 'C) It selects the maximum reward path for further exploration.', 'D) It calculates the uncertainty for each action using UCT.']
|
A
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
Selection
Select Max » ™: R=0.121 R=0.132 Reward 47
Expansion
Simulation
i . 0.129 Double O
learning
trail
Backpropagation
N =110 > 120 Q=01 30.12 R = 0.132 - 0.213 a™ Z N=5->60 Q = 0.105 > 0.122 R = 0.132 — 0.213 | N=10- 20 Q =0.11 > 0.152 R = 0.132 > 0.213 10 simulations ------->
R = (0.213, 0.183...
|
a7abc4d1-3a99-4efe-898f-669c47c04ea8
|
text
| Not supported with pagination yet |
||
In the context of this diagram, what does the process of backpropagation achieve?
|
images/2305.14656_0.jpg
|
['A) It adjusts the reward values based on the simulation outcomes.', 'B) It expands the decision tree with new possible states.', 'C) It selects the maximum reward path for further exploration.', 'D) It calculates the uncertainty for each action using UCT.']
|
A
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
lect Max oe eward 47 \y R=0.121 R=0.13
|
4b65b9f2-bc12-423f-af6a-5cf74f0fb33c
|
figure
| |||
In the context of this diagram, what does the process of backpropagation achieve?
|
images/2305.14656_0.jpg
|
['A) It adjusts the reward values based on the simulation outcomes.', 'B) It expands the decision tree with new possible states.', 'C) It selects the maximum reward path for further exploration.', 'D) It calculates the uncertainty for each action using UCT.']
|
A
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
a660a906-0622-4818-8442-35efc10e4e4d
|
figure
| ||||
In the context of this diagram, what does the process of backpropagation achieve?
|
images/2305.14656_0.jpg
|
['A) It adjusts the reward values based on the simulation outcomes.', 'B) It expands the decision tree with new possible states.', 'C) It selects the maximum reward path for further exploration.', 'D) It calculates the uncertainty for each action using UCT.']
|
A
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
N = 110 > 120 Q=0.1>0.12 a 0.132 > 0.213 w™. N=5- 60 Q = 0.105 — 0.122 R = 0.132 + 0.213 N Q R = 10.20 = 0.11 — 0.152 = 0.132 > 0.213 A 10 simulations
|
90ad616e-469e-4abf-a8e6-bb39eea5c016
|
figure
| |||
Based on the graph, how does the value of \( 10^6x_{30} \) change with an increase in \( 10^6x_{29} \)?
|
images/1010.2317_3.jpg
|
['It decreases exponentially', 'It remains constant', 'It increases linearly', 'It increases exponentially', '-']
|
C
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
ae AR S(t)
|
7efd14a0-c826-4a68-8391-09b781dc33ea
|
figure
| |||
Based on the graph, how does the value of \( 10^6x_{30} \) change with an increase in \( 10^6x_{29} \)?
|
images/1010.2317_3.jpg
|
['It decreases exponentially', 'It remains constant', 'It increases linearly', 'It increases exponentially', '-']
|
C
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
10° x55
|
fa03f087-44c5-47c9-bac1-9abb6f012413
|
figure
| |||
What does the red spiral in the figure represent in relation to the perihelion distance \( q \) and inclination \( i \)?
|
images/2001.07579_3.jpg
|
['A) A stable region where orbits are not influenced by resonance.', "B) A higher-order resonance affecting the orbits' perihelion distance and inclination.", 'C) The chaotic region where the perihelion distance and inclination are unpredictable.', 'D) The fractal limit beyond which the orbits cannot be accurately calculated.']
|
B
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
<— J] uoreurpout ‘b ooueystp uorjoytsiod
shape modulated by w
and Q
JIUDUOSAL LOPLO-LaYbrYy 3 g | IIUDUOSIL UWO1ZOW-UDIUW > OM i i
semi-major axis
a
—> (and mean longitude \ ®)
stabe region
chaotic region
|
8bfc252f-70eb-4e3a-a197-d2f8553a6849
|
text
| Not supported with pagination yet |
||
What does the red spiral in the figure represent in relation to the perihelion distance \( q \) and inclination \( i \)?
|
images/2001.07579_3.jpg
|
['A) A stable region where orbits are not influenced by resonance.', "B) A higher-order resonance affecting the orbits' perihelion distance and inclination.", 'C) The chaotic region where the perihelion distance and inclination are unpredictable.', 'D) The fractal limit beyond which the orbits cannot be accurately calculated.']
|
B
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
JIUDUOSAL LOPLO-LAYbLYy JIUDUOSIL UO1ZOUWL-UD9 UL > OM
|
dd735e27-8f0e-49c1-9f78-97ecc2092630
|
figure
| |||
Which function family shows a decreasing trend after \( r = 10^1 \)?
|
images/1512.02142_3.jpg
|
['A) Family (b)', 'B) Family (d)', 'C) Family (e)', 'D) All of the above']
|
D) All of the above
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
6437c768-5bd9-407b-85d4-07c8dd88404d
|
figure
| ||||
In the context of the figure, what does the transition from the "Virgin configuration" to the "Reference configuration" likely represent?
|
images/2005.14287_3.jpg
|
['A. Deactivation of membrane receptors', 'B. Activation of GPCRs and conformational activation of MRPs', 'C. Denaturation of membrane proteins', 'D. Endocytosis of membrane sections']
|
B
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
(Inactive) Virgin configuration
Inactive MRP . (Active) dit=dit
Inactive GPCR
HM (i, K)
Active MRP
Active GPCR
Current remodeled configuration
Membrane leads to of lipid . Wa=M"(x)b, deformation
Reference configuration
(y,Vy)
Conformational changes of GPCRs and MRPs induce a re-organization of surrounding lipids due to densification
remodeling the formation
rafts
|
dae7f293-f748-49c8-8298-d4dcd53203cf
|
text
| Not supported with pagination yet |
||
In the context of the figure, what does the transition from the "Virgin configuration" to the "Reference configuration" likely represent?
|
images/2005.14287_3.jpg
|
['A. Deactivation of membrane receptors', 'B. Activation of GPCRs and conformational activation of MRPs', 'C. Denaturation of membrane proteins', 'D. Endocytosis of membrane sections']
|
B
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
Inactive MRP ssn ei Pe. Re
|
43713837-b42e-44fc-a70e-a8f89f240117
|
figure
| |||
In the context of the figure, what does the transition from the "Virgin configuration" to the "Reference configuration" likely represent?
|
images/2005.14287_3.jpg
|
['A. Deactivation of membrane receptors', 'B. Activation of GPCRs and conformational activation of MRPs', 'C. Denaturation of membrane proteins', 'D. Endocytosis of membrane sections']
|
B
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
of lipid ra Membrar leads to tl MGA, deformation :
|
97375157-ddc7-4ce6-9d31-5655bc1846e6
|
figure
| |||
What pattern can be discerned from the heatmap in Figure C regarding the page ranks of historical figures on Wikipedia across different centuries?
|
images/1405.7183_3.jpg
|
['A. A homogeneous distribution of page ranks across all centuries.', 'B. A concentration of higher page ranks in the middle centuries.', 'C. Lower page ranks predominantly in earlier centuries.', 'D. Higher page ranks predominantly in the most recent centuries.', '## Figure D (Middle right heatmap)']
|
D
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
A a ( ) o = 5 =
20-
ical fi Top PageRank Historical figures World Population/100 Millions
—=—
® 8 2 2 2B Bi sa 6
154
1
L
4
|
2 al Zz
|
a, aa %e 754 * "On, Sy, Cy % °
A Su,
4 4 AD a3 On, oy Sy <Ony,
(C8 KO ZH i ‘i a & AR Oo iB 8 oa = pe = oh Bb it IT FR FR DE NL EN & 184
a oy
& o Sy
& AO on 5tp Century
fo) On,
:
1D "Si
‘ (E) 8 au VI us
© & > @ Q ‘ZS x =
AR ar TR HE fu Be et DA Pr BT IT Fa ER RIE EN
_" 3 | 40 & & &. & 4 40, AO 18, FO, Sy Ory 8, F015, 2
Century
45 (B) 2 40 fae a = @ 2 = 3 2
L
L
30+
os
|
T
T T T Top 2DRank Historical figures 1 eis World Population/100 Millio
T —a—
=
T
ool
s 5 = 3
15
F
i0f
5b
_
a "Sy,
ae 40, "0%, “8p ~ ty 7) Century
40, 4, On, Oy,
(D)3s KO 4 Ms HI oi SAR B He a ao =~ =
th PT IT ae FR ER DE Mt
JA Fa (F) 6 VI wi Ms
& aR SAR 3 ie Q He oO Hy < PL = gy DA PT T ue FR FB NE EN
, : - 8 8 &, 8 40 Oy 0 2 : F wy, Cr " . a Sip Op ty Mp 7D D D Century
T | | H
|
|
j
;
7
|
"
|
c3a1e22b-ccac-479d-82f8-e92a6a5af641
|
text
| Not supported with pagination yet |
||
What pattern can be discerned from the heatmap in Figure C regarding the page ranks of historical figures on Wikipedia across different centuries?
|
images/1405.7183_3.jpg
|
['A. A homogeneous distribution of page ranks across all centuries.', 'B. A concentration of higher page ranks in the middle centuries.', 'C. Lower page ranks predominantly in earlier centuries.', 'D. Higher page ranks predominantly in the most recent centuries.', '## Figure D (Middle right heatmap)']
|
D
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
b978d968-d33c-4d52-ae4d-72ef95cd909d
|
figure
| ||||
What pattern can be discerned from the heatmap in Figure C regarding the page ranks of historical figures on Wikipedia across different centuries?
|
images/1405.7183_3.jpg
|
['A. A homogeneous distribution of page ranks across all centuries.', 'B. A concentration of higher page ranks in the middle centuries.', 'C. Lower page ranks predominantly in earlier centuries.', 'D. Higher page ranks predominantly in the most recent centuries.', '## Figure D (Middle right heatmap)']
|
D
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
a o
|
1f6b07e7-5797-41b8-85a8-e3b5042e1d12
|
figure
| |||
Based on figure (e), what can be inferred about the use of 'Nano D RF Connectors'?
|
images/1111.6440_0.jpg
|
['They are used for high-frequency microwave connections.', 'They are used to supply DC power to the circuits.', 'They are utilized as heat sinks to manage device temperature.', 'They are standard audio connectors for signal transmission.']
|
A
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
ae . Fda AgFlexCoax ® * © ic
Cryostat-PCB Top View Soo Device-PCB — f Ground-PCB
(c)|
(d)|
Bottom View
pO SMD Inductors fyi
Microwave Connectors . 2 eB F Connectors : tell 4évoo
DC Connector
Ogaay MS wciinc S
|
4ff68f42-c1d0-49c1-8a8d-404934ab2149
|
text
| Not supported with pagination yet |
||
Based on figure (e), what can be inferred about the use of 'Nano D RF Connectors'?
|
images/1111.6440_0.jpg
|
['They are used for high-frequency microwave connections.', 'They are used to supply DC power to the circuits.', 'They are utilized as heat sinks to manage device temperature.', 'They are standard audio connectors for signal transmission.']
|
A
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
Bias Tees
|
526d1815-add7-4e10-9699-2fa7a3c1e4ff
|
figure
| |||
Based on figure (e), what can be inferred about the use of 'Nano D RF Connectors'?
|
images/1111.6440_0.jpg
|
['They are used for high-frequency microwave connections.', 'They are used to supply DC power to the circuits.', 'They are utilized as heat sinks to manage device temperature.', 'They are standard audio connectors for signal transmission.']
|
A
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
)| Top View | Cryostat-PCB | Za Bg: aa W B: Device-PCB - Ground-PCB
|
08334185-7bf2-4b00-b732-f903ce809520
|
figure
| |||
Based on figure (e), what can be inferred about the use of 'Nano D RF Connectors'?
|
images/1111.6440_0.jpg
|
['They are used for high-frequency microwave connections.', 'They are used to supply DC power to the circuits.', 'They are utilized as heat sinks to manage device temperature.', 'They are standard audio connectors for signal transmission.']
|
A
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
Microwave Connectors
|
67370507-b46f-4af3-a2ba-bf6edfe4f736
|
figure
| |||
Based on figure (e), what can be inferred about the use of 'Nano D RF Connectors'?
|
images/1111.6440_0.jpg
|
['They are used for high-frequency microwave connections.', 'They are used to supply DC power to the circuits.', 'They are utilized as heat sinks to manage device temperature.', 'They are standard audio connectors for signal transmission.']
|
A
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
6e177259-78fa-48f7-bb59-a8a2e87e6283
|
figure
| ||||
Based on figure (e), what can be inferred about the use of 'Nano D RF Connectors'?
|
images/1111.6440_0.jpg
|
['They are used for high-frequency microwave connections.', 'They are used to supply DC power to the circuits.', 'They are utilized as heat sinks to manage device temperature.', 'They are standard audio connectors for signal transmission.']
|
A
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
a Cold-finger Feedthroughs
|
d1d8e667-3a68-4ba6-8573-cf0081212010
|
figure
| |||
Based on figure (e), what can be inferred about the use of 'Nano D RF Connectors'?
|
images/1111.6440_0.jpg
|
['They are used for high-frequency microwave connections.', 'They are used to supply DC power to the circuits.', 'They are utilized as heat sinks to manage device temperature.', 'They are standard audio connectors for signal transmission.']
|
A
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
7d01f16d-603e-42ff-bd1c-f78a45f93df0
|
figure
| ||||
What can be inferred about the stability of the coefficients over time when comparing the plots in figures A and E?
|
images/2206.02972_2.jpg
|
['A. Coefficients in dLDS are more stable over time than in rSLDS.', 'B. Coefficients in rSLDS are more stable over time than in dLDS.', 'C. Both models show equal stability of coefficients over time.', 'D. The stability of the coefficients cannot be determined from these plots.']
|
B
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
A
oO am | ro > te vl oO re Oo
ol
E
© =] = . oO fe) 5
° Time (AU) tono
sips
1 0 Time (AU) 1g09
B
F
Reconstruction dLDS
Reconstruction rsLDS
tthe é
Fy
Cc
G
WG
Cs H H \ \ 1s = va a Cy Sia
me
1000
(AW) aw,
°
|
ea38a2d1-bc3a-4ff8-bcdc-b5fb6761ffcf
|
text
| Not supported with pagination yet |
||
What can be inferred about the stability of the coefficients over time when comparing the plots in figures A and E?
|
images/2206.02972_2.jpg
|
['A. Coefficients in dLDS are more stable over time than in rSLDS.', 'B. Coefficients in rSLDS are more stable over time than in dLDS.', 'C. Both models show equal stability of coefficients over time.', 'D. The stability of the coefficients cannot be determined from these plots.']
|
B
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
a Time (AU) toe
|
c1e653f6-d9f3-448d-a347-14eeb75947db
|
figure
| |||
What can be inferred about the stability of the coefficients over time when comparing the plots in figures A and E?
|
images/2206.02972_2.jpg
|
['A. Coefficients in dLDS are more stable over time than in rSLDS.', 'B. Coefficients in rSLDS are more stable over time than in dLDS.', 'C. Both models show equal stability of coefficients over time.', 'D. The stability of the coefficients cannot be determined from these plots.']
|
B
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
Time (AU) 1000
|
4fa725b1-825b-43d0-990e-181b54a848a8
|
figure
| |||
What can be inferred about the stability of the coefficients over time when comparing the plots in figures A and E?
|
images/2206.02972_2.jpg
|
['A. Coefficients in dLDS are more stable over time than in rSLDS.', 'B. Coefficients in rSLDS are more stable over time than in dLDS.', 'C. Both models show equal stability of coefficients over time.', 'D. The stability of the coefficients cannot be determined from these plots.']
|
B
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
im" fs a ah 5 N@ hoe Cae ‘i os ais 3 4 '
|
9ce4ad49-cb0c-4be4-933d-85f2b8f2c5aa
|
figure
| |||
What can be inferred about the stability of the coefficients over time when comparing the plots in figures A and E?
|
images/2206.02972_2.jpg
|
['A. Coefficients in dLDS are more stable over time than in rSLDS.', 'B. Coefficients in rSLDS are more stable over time than in dLDS.', 'C. Both models show equal stability of coefficients over time.', 'D. The stability of the coefficients cannot be determined from these plots.']
|
B
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
c07604d4-1b16-4652-8626-eb154d93ee5e
|
figure
| ||||
What can be inferred about the stability of the coefficients over time when comparing the plots in figures A and E?
|
images/2206.02972_2.jpg
|
['A. Coefficients in dLDS are more stable over time than in rSLDS.', 'B. Coefficients in rSLDS are more stable over time than in dLDS.', 'C. Both models show equal stability of coefficients over time.', 'D. The stability of the coefficients cannot be determined from these plots.']
|
B
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
9b2ae85f-71d1-4136-a164-92c3241c7e0c
|
figure
| ||||
What is the purpose of the buffers in this diagram?
|
images/1809.05922_1.jpg
|
['A. To store different types of data separately before processing', 'B. To convert data into a format suitable for neural network processing', 'C. To collect outputs from the neural network', 'D. To categorize predictions made by the DNN']
|
A
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
Buffer of Buffer of Class 1 Data |} Class 2 Data
@ @ @
Buffer of Class k Data
NN D
Prediction
|
9ae7b9db-6fb8-4046-a99e-5634a2807382
|
text
| Not supported with pagination yet |
||
What is the purpose of the buffers in this diagram?
|
images/1809.05922_1.jpg
|
['A. To store different types of data separately before processing', 'B. To convert data into a format suitable for neural network processing', 'C. To collect outputs from the neural network', 'D. To categorize predictions made by the DNN']
|
A
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
04199877-8964-4ad4-8acd-d3dd4ea409d9
|
figure
| ||||
What trend is observed in the density of states (DOS) peaks as the number \( N \) of particles increases?
|
images/cond-mat0404614_1.jpg
|
['A. The peaks become sharper and more frequent.', 'B. The peaks broaden and become less frequent.', 'C. The peaks shift to higher energies.', 'D. The peaks remain unchanged regardless of the number of particles.']
|
B
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
1
:
oOo
: T = |} if I ! i Zz ca | 14 a by | oOo
oOo
—
1,2
ro) 8 i fo ) Ww I vr ! |e ot ! |° nN 1O js SOdy pee SS ee
r
&
?
(jo)
—> Tl z= ———— =
: sog _ V
Il 2
\o
N io)
o |o
s |e
ah lie
5 fo)
1, O
|
6f978703-75d9-4302-bfee-efe87622115f
|
text
| Not supported with pagination yet |
||
What trend is observed in the density of states (DOS) peaks as the number \( N \) of particles increases?
|
images/cond-mat0404614_1.jpg
|
['A. The peaks become sharper and more frequent.', 'B. The peaks broaden and become less frequent.', 'C. The peaks shift to higher energies.', 'D. The peaks remain unchanged regardless of the number of particles.']
|
B
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
29585633-d7f5-42c7-823a-19172c754efe
|
figure
| ||||
What trend is observed in the density of states (DOS) peaks as the number \( N \) of particles increases?
|
images/cond-mat0404614_1.jpg
|
['A. The peaks become sharper and more frequent.', 'B. The peaks broaden and become less frequent.', 'C. The peaks shift to higher energies.', 'D. The peaks remain unchanged regardless of the number of particles.']
|
B
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
N = 120 03 04 — 4 02 04
|
9e6affbd-aebf-43d5-ada3-bc6aecfca810
|
figure
| |||
What trend is observed in the density of states (DOS) peaks as the number \( N \) of particles increases?
|
images/cond-mat0404614_1.jpg
|
['A. The peaks become sharper and more frequent.', 'B. The peaks broaden and become less frequent.', 'C. The peaks shift to higher energies.', 'D. The peaks remain unchanged regardless of the number of particles.']
|
B
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
N 4.30
|
ec8c675f-527d-45e3-a1d0-3844cb56cdaa
|
figure
| |||
What is the primary difference between the standard pre-training and the proposed pre-training method as illustrated in the figure?
|
images/2111.01300_3.jpg
|
['A. The standard pre-training only uses ASR for supervision, while the proposed method alternates between ASR, RGB, and Audio.', 'B. The proposed pre-training method eliminates the need for RGB data.', 'C. The standard pre-training method uses a caption as supervision instead of ASR.', 'D. The proposed method uses only audio data for supervision during fine-tuning.']
|
A
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
— pre-training: ise as supervision P
Is it your dog?
bark! bark!
Our pre-training: Alternate between ASR, RGB and Audio for supervision
ASR- CO 5
Fine-tuning: Use caption oe as supervision
A young dog wandering in a garden
He is so cute!
|
15d53340-4430-4cd4-8e69-59ff98b86dc4
|
text
| Not supported with pagination yet |
||
What is the primary difference between the standard pre-training and the proposed pre-training method as illustrated in the figure?
|
images/2111.01300_3.jpg
|
['A. The standard pre-training only uses ASR for supervision, while the proposed method alternates between ASR, RGB, and Audio.', 'B. The proposed pre-training method eliminates the need for RGB data.', 'C. The standard pre-training method uses a caption as supervision instead of ASR.', 'D. The proposed method uses only audio data for supervision during fine-tuning.']
|
A
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
Is it your dog?
|
1a06d94c-89c4-4cf2-b332-ededff637b6b
|
figure
| |||
What is the primary difference between the standard pre-training and the proposed pre-training method as illustrated in the figure?
|
images/2111.01300_3.jpg
|
['A. The standard pre-training only uses ASR for supervision, while the proposed method alternates between ASR, RGB, and Audio.', 'B. The proposed pre-training method eliminates the need for RGB data.', 'C. The standard pre-training method uses a caption as supervision instead of ASR.', 'D. The proposed method uses only audio data for supervision during fine-tuning.']
|
A
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
eff776bc-70c3-4af0-84fc-bff909936137
|
figure
| ||||
What is the primary difference between the standard pre-training and the proposed pre-training method as illustrated in the figure?
|
images/2111.01300_3.jpg
|
['A. The standard pre-training only uses ASR for supervision, while the proposed method alternates between ASR, RGB, and Audio.', 'B. The proposed pre-training method eliminates the need for RGB data.', 'C. The standard pre-training method uses a caption as supervision instead of ASR.', 'D. The proposed method uses only audio data for supervision during fine-tuning.']
|
A
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
A young dog wandering in a garden
|
dbd63580-db04-4a02-b06b-57c5ee496615
|
figure
| |||
What is the primary difference between the standard pre-training and the proposed pre-training method as illustrated in the figure?
|
images/2111.01300_3.jpg
|
['A. The standard pre-training only uses ASR for supervision, while the proposed method alternates between ASR, RGB, and Audio.', 'B. The proposed pre-training method eliminates the need for RGB data.', 'C. The standard pre-training method uses a caption as supervision instead of ASR.', 'D. The proposed method uses only audio data for supervision during fine-tuning.']
|
A
|
vertex_ai/claude-3-sonnet@20240229
|
You are an assistant specialized in document analysis. Given a table or a figure,
you have to provide a detailed summary of the content in maximum 3000 characters. Your summary should be qualitative and not quantitative.
Here is the table/figure to analyze: {image}. Answer ONLY with the caption of the table/figure.
|
arxiv_qa
|
bfc268db-fc87-409f-b081-0fd8a1298a78
|
figure
|
Subsets and Splits
No community queries yet
The top public SQL queries from the community will appear here once available.