
# Transforming Question-Answer Pairs to Full Declarative Answer Form

Considering the question of "Which drug did you take?" and the answer of "Doliprane", the aim of this model is to derive a full answer to the question "I took Doliprane".

## Model training
We fine-tune T5 (Raffel et al.,2019), a pre-trained encoder-decoder model, on two datasets of (question, incomplete answer, full answer) triples, one for wh- and one for yes-no(YN) questions. 
For wh-questions, we use 3,300 entries of the dataset consisting of (question, answer, declarative answer sentence) triples gathered by Demszky et al. (2018) using Amazon Mechanical Turk workers. 
For YN questions, we used the SAMSum corpus, (Gliwa et al., 2019) which contains short dialogs in chit-chat format. We created
1,100 (question, answer, full answer) triples by au-
tomatically extracting YN (question, answer) pairs
from this corpus and manually associating them
with the corresponding declarative answer. Data
was splitted into train and test (9:1) and the fine-
tuned model achieved 0.90 ROUGE-L score on the
test set.

## Model Details
Model was developed as one of the proposed modules in the following paper for dialog transformation. 

```"F. Ghassemi Toudeshki, A. Liednikova, P Jolivet and C. Gardent, Exploring the Influence of Dialog Input Format for Unsupervised Clinical Questionnaire Filling, Proceedings of the 13th International Workshop on Health Text Mining and Information Analysis (co-located with EMNLP 2022), Abu Dhabi, 7 December 2022."``` 

It was used to transform question-answer paris in information-seeking dialogs to declarative form and at the end to have the declarative transform of the whole dialog.


## Test the model
```python
!pip install transformers
!pip install sentencepiece
```

```python
from transformers import AutoModelWithLMHead, AutoTokenizer

tokenizer = AutoTokenizer.from_pretrained("Farnazgh/QA2D")
model = AutoModelWithLMHead.from_pretrained("Farnazgh/QA2D")

def transform_qa2d(question, answer, max_length=150):
  
  text = "q: "+question+" a: "+answer
  input_ids = tokenizer.encode(text, return_tensors="pt", add_special_tokens=True)
  generated_ids = model.generate(input_ids=input_ids, num_beams=2, max_length=max_length, early_stopping=True)[0]
  preds = tokenizer.decode(generated_ids, skip_special_tokens=True, clean_up_tokenization_spaces=True)

  return preds
```
{"language": ["en"], "tags": ["Question answering", "T5", "Declarative", "Text generation"], "datasets": ["SAMSum"], "metrics": ["ROUGE-L"], "widget": [{"text": "q: do you have any hobbies that you like to do while you are at home ? a: watching online shows"}, {"text": "q: do you watch a lot of comedy ? a: Yes, it will help calm the mind"}]}
transformers pytorch t5 text2text-generation Question answering T5 Declarative Text generation en dataset:SAMSum autotrain_compatible endpoints_compatible text-generation-inference region:us
TAGS
#transformers #pytorch #t5 #text2text-generation #Question answering #T5 #Declarative #Text generation #en #dataset-SAMSum #autotrain_compatible #endpoints_compatible #text-generation-inference #region-us 


# Transforming Question-Answer Pairs to Full Declarative Answer Form

Considering the question of "Which drug did you take?" and the answer of "Doliprane", the aim of this model is to derive a full answer to the question "I took Doliprane".

## Model training
We fine-tune T5 (Raffel et al.,2019), a pre-trained encoder-decoder model, on two datasets of (question, incomplete answer, full answer) triples, one for wh- and one for yes-no(YN) questions. 
For wh-questions, we use 3,300 entries of the dataset consisting of (question, answer, declarative answer sentence) triples gathered by Demszky et al. (2018) using Amazon Mechanical Turk workers. 
For YN questions, we used the SAMSum corpus, (Gliwa et al., 2019) which contains short dialogs in chit-chat format. We created
1,100 (question, answer, full answer) triples by au-
tomatically extracting YN (question, answer) pairs
from this corpus and manually associating them
with the corresponding declarative answer. Data
was splitted into train and test (9:1) and the fine-
tuned model achieved 0.90 ROUGE-L score on the
test set.

## Model Details
Model was developed as one of the proposed modules in the following paper for dialog transformation. 

 

It was used to transform question-answer paris in information-seeking dialogs to declarative form and at the end to have the declarative transform of the whole dialog.


## Test the model



# Transforming Question-Answer Pairs to Full Declarative Answer Form

Considering the question of "Which drug did you take?" and the answer of "Doliprane", the aim of this model is to derive a full answer to the question "I took Doliprane". ## Model training
We fine-tune T5 (Raffel et al.,2019), a pre-trained encoder-decoder model, on two datasets of (question, incomplete answer, full answer) triples, one for wh- and one for yes-no(YN) questions. 
For wh-questions, we use 3,300 entries of the dataset consisting of (question, answer, declarative answer sentence) triples gathered by Demszky et al. (2018) using Amazon Mechanical Turk workers. 
For YN questions, we used the SAMSum corpus, (Gliwa et al., 2019) which contains short dialogs in chit-chat format. We created
1,100 (question, answer, full answer) triples by au-
tomatically extracting YN (question, answer) pairs
from this corpus and manually associating them
with the corresponding declarative answer. Data
was splitted into train and test (9:1) and the fine-
tuned model achieved 0.90 ROUGE-L score on the
test set. ## Model Details
Model was developed as one of the proposed modules in the following paper for dialog transformation. 

 

It was used to transform question-answer paris in information-seeking dialogs to declarative form and at the end to have the declarative transform of the whole dialog. ## Test the model
TAGS
#transformers #pytorch #t5 #text2text-generation #Question answering #T5 #Declarative #Text generation #en #dataset-SAMSum #autotrain_compatible #endpoints_compatible #text-generation-inference #region-us 
 # Transforming Question-Answer Pairs to Full Declarative Answer Form

Considering the question of "Which drug did you take?" and the answer of "Doliprane", the aim of this model is to derive a full answer to the question "I took Doliprane". ## Model training
We fine-tune T5 (Raffel et al.,2019), a pre-trained encoder-decoder model, on two datasets of (question, incomplete answer, full answer) triples, one for wh- and one for yes-no(YN) questions. 
For wh-questions, we use 3,300 entries of the dataset consisting of (question, answer, declarative answer sentence) triples gathered by Demszky et al. (2018) using Amazon Mechanical Turk workers. 
For YN questions, we used the SAMSum corpus, (Gliwa et al., 2019) which contains short dialogs in chit-chat format. We created
1,100 (question, answer, full answer) triples by au-
tomatically extracting YN (question, answer) pairs
from this corpus and manually associating them
with the corresponding declarative answer. Data
was splitted into train and test (9:1) and the fine-
tuned model achieved 0.90 ROUGE-L score on the
test set. ## Model Details
Model was developed as one of the proposed modules in the following paper for dialog transformation. 

 

It was used to transform question-answer paris in information-seeking dialogs to declarative form and at the end to have the declarative transform of the whole dialog. ## Test the model
passage: TAGS
#transformers #pytorch #t5 #text2text-generation #Question answering #T5 #Declarative #Text generation #en #dataset-SAMSum #autotrain_compatible #endpoints_compatible #text-generation-inference #region-us 
# Transforming Question-Answer Pairs to Full Declarative Answer Form

Considering the question of "Which drug did you take?" and the answer of "Doliprane", the aim of this model is to derive a full answer to the question "I took Doliprane".## Model training
We fine-tune T5 (Raffel et al.,2019), a pre-trained encoder-decoder model, on two datasets of (question, incomplete answer, full answer) triples, one for wh- and one for yes-no(YN) questions. 
For wh-questions, we use 3,300 entries of the dataset consisting of (question, answer, declarative answer sentence) triples gathered by Demszky et al. (2018) using Amazon Mechanical Turk workers. 
For YN questions, we used the SAMSum corpus, (Gliwa et al., 2019) which contains short dialogs in chit-chat format. We created
1,100 (question, answer, full answer) triples by au-
tomatically extracting YN (question, answer) pairs
from this corpus and manually associating them
with the corresponding declarative answer. Data
was splitted into train and test (9:1) and the fine-
tuned model achieved 0.90 ROUGE-L score on the
test set.## Model Details
Model was developed as one of the proposed modules in the following paper for dialog transformation. 

 

It was used to transform question-answer paris in information-seeking dialogs to declarative form and at the end to have the declarative transform of the whole dialog.## Test the model