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@@ -17,7 +17,11 @@ pretty_name: SynTranFa
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  ---
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  # SynTran-fa
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- Syntactic Transformed Version of Farsi QA datasets to make fluent responses from questions and short answers.
 
 
 
 
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  ## Table of Contents
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  - [Table of Contents](#table-of-contents)
@@ -49,16 +53,16 @@ Syntactic Transformed Version of Farsi QA datasets to make fluent responses from
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  - **Homepage:** [Sharif-SLPL](https://github.com/Sharif-SLPL)
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  - **Repository:** [SynTran-fa](https://github.com/agp-internship/syntran-fa)
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  - **Point of Contact:** [Sadra Sabouri](mailto:[email protected])
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- - **Size of dataset files:** 6.12 MB
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  ### Dataset Summary
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  Generating fluent responses has always been challenging for the question-answering task, especially in low-resource languages like Farsi. In recent years there were some efforts for enhancing the size of datasets in Farsi. Syntran-fa is a question-answering dataset that accumulates the former Farsi QA dataset's short answers and proposes a complete fluent answer for each pair of (question, short_answer).
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  This dataset contains nearly 50,000 indices of questions and answers. The dataset that has been used as our sources were as follows:
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- + QA_DATASET1
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- + QA_DATASET2
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- + ...
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  The main idea for this dataset comes from [Fluent Response Generation for Conversational Question Answering](https://aclanthology.org/2020.acl-main.19.pdf) where they used a "parser + syntactic rules" module to make different fluent answers from a pair of question and a short answer using a parser and some syntactic rules. In this project, we used [stanza](https://stanfordnlp.github.io/stanza/) as our parser to parse the question and generate a response according to it using the short (1-2 word) answers. One can continue this project by generating different permutations of the sentence's parts (and thus providing more than one sentence for an answer) or training a seq2seq model which does what we do with our rule-based system (by defining a new text-to-text task).
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  + Persian (fa)
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  ## Dataset Structure
 
 
 
 
 
 
 
 
 
 
 
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  ### Data Instances
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  ---
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  # SynTran-fa
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+ Syntactic Transformed Version of Farsi QA datasets to make fluent responses from questions and short answers. You can use this dataset by the code below:
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+ ```
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+ import datasets
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+ data = datasets.load_dataset('SLPL/syntran-fa', split="train")
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+ ```
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  ## Table of Contents
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  - [Table of Contents](#table-of-contents)
 
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  - **Homepage:** [Sharif-SLPL](https://github.com/Sharif-SLPL)
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  - **Repository:** [SynTran-fa](https://github.com/agp-internship/syntran-fa)
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  - **Point of Contact:** [Sadra Sabouri](mailto:[email protected])
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+ - **Size of dataset files:** 6.68MB
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  ### Dataset Summary
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  Generating fluent responses has always been challenging for the question-answering task, especially in low-resource languages like Farsi. In recent years there were some efforts for enhancing the size of datasets in Farsi. Syntran-fa is a question-answering dataset that accumulates the former Farsi QA dataset's short answers and proposes a complete fluent answer for each pair of (question, short_answer).
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  This dataset contains nearly 50,000 indices of questions and answers. The dataset that has been used as our sources were as follows:
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+ + [PersianQA](https://github.com/sajjjadayobi/PersianQA)
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+ + [PersianQuAD](https://ieeexplore.ieee.org/document/9729745)
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+ + [PQuAD](https://arxiv.org/abs/2202.06219)
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  The main idea for this dataset comes from [Fluent Response Generation for Conversational Question Answering](https://aclanthology.org/2020.acl-main.19.pdf) where they used a "parser + syntactic rules" module to make different fluent answers from a pair of question and a short answer using a parser and some syntactic rules. In this project, we used [stanza](https://stanfordnlp.github.io/stanza/) as our parser to parse the question and generate a response according to it using the short (1-2 word) answers. One can continue this project by generating different permutations of the sentence's parts (and thus providing more than one sentence for an answer) or training a seq2seq model which does what we do with our rule-based system (by defining a new text-to-text task).
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  + Persian (fa)
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  ## Dataset Structure
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+ Each row of the dataset will look like something like the below:
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+ ```
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+ {
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+ 'id': 0,
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+ 'question': 'باشگاه هاکی ساوتهمپتون چه نام دارد؟',
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+ 'short_answer': 'باشگاه هاکی ساوتهمپتون',
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+ 'fluent_answer': 'باشگاه هاکی ساوتهمپتون باشگاه هاکی ساوتهمپتون نام دارد.',
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+ 'bert_loss': 1.110097069682014
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+ }
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+ ```
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+ + __id__:
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  ### Data Instances
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