import gradio as gr import pysbd from transformers import pipeline from sentence_transformers import CrossEncoder sentence_segmenter = pysbd.Segmenter(language='en',clean=False) passage_retreival_model = CrossEncoder('cross-encoder/ms-marco-MiniLM-L-6-v2') qa_model = pipeline("question-answering",'a-ware/bart-squadv2') def fetch_answers(question, clincal_note ): clincal_note_paragraphs = clincal_note.splitlines() query_paragraph_list = [(question, para) for para in clincal_note_paragraphs if len(para.strip()) > 0 ] scores = passage_retreival_model.predict(query_paragraph_list) top_5_indices = scores.argsort()[-5:] top_5_query_paragraph_list = [query_paragraph_list[i] for i in top_5_indices ] top_5_query_paragraph_list.reverse() top_5_query_paragraph_answer_list = "" count = 1 for query, passage in top_5_query_paragraph_list: passage_sentences = sentence_segmenter.segment(passage) answer = qa_model(question = query, context = passage)['answer'] for i in range(len(passage_sentences)): if answer.startswith('.') or answer.startswith(':'): answer = answer[1:].strip() if answer in passage_sentences[i]: passage_sentences[i] = "**"+passage_sentences[i].strip()+"**" result_str = "# RESULT NO: "+str(count)+"\n" result_str = result_str + " ".join(passage_sentences) + "\n\n" top_5_query_paragraph_answer_list += result_str count+=1 return top_5_query_paragraph_answer_list demo = gr.Interface( fn=fetch_answers, #take input as real time audio and use OPENAPI whisper for S2T #clinical note upload as file (.This is an example of simple text. or doc/docx file) inputs=[gr.Textbox(lines=2, label='Question', show_label=True, placeholder="What is age of patient ?"), gr.Textbox(lines=10, label='Clinical Note', show_label=True, placeholder="The patient is a 71 year old male...")], outputs="markdown", examples='.', title='Question Answering System from Clinical Notes for Physicians', description="""Physicians frequently seek answers to questions from a patient’s EHR to support clinical decision-making.​ It is not too hard to imagine a future where a physician interacts with an EHR system and asks it complex questions and expects precise answers with adequate context from a patient’s past clinical notes. ​Central to such a world is a medical question answering system that processes natural language questions asked by physicians and finds answers to the questions from all sources in a patient’s record.""" ) demo.launch()