Bidirectional Long Short-Term Memory and Word Embedding Feature for
Improvement Classification of Cancer Clinical Trial Document
Dublin Core
Title
Bidirectional Long Short-Term Memory and Word Embedding Feature for
Improvement Classification of Cancer Clinical Trial Document
Improvement Classification of Cancer Clinical Trial Document
Subject
Deep Learning, BiLSTM, Text classification, Word Embedding, Clinical Trials
Description
In recent years, the application of deep learning methods has become increasingly popular, especially for big data, because
big data has a very large data size and needs to be predicted accurately. One of the big data is the document text data of
cancer clinical trials. Clinical trials are studies of human participation in helping people's safety and health. The aim of this
paper is to classify cancer clinical texts from a public data set. The proposed algorithms are Bidirectional Long Short Term
Memory (BiLSTM) and Word Embedding Features (WE). This study has contributed to a new classification model for
documenting clinical trials and increasing the classification performance evaluation. In this study, two experiments work are
conducted, namely experimental work BiLSTM without WE, and experimental work BiLSTM using WE. The experimental
results for BiLSTM without WE were accuracy = 86.2; precision = 85.5; recall = 87.3; and F-1 score = 86.4. meanwhile the
experiment results for BiLSTM using WE stated that the evaluation score showed outstanding performance in text
classification, especially in clinical trial texts with accuracy = 92,3; precision = 92.2; recall = 92.9; and F-1 score = 92.5
big data has a very large data size and needs to be predicted accurately. One of the big data is the document text data of
cancer clinical trials. Clinical trials are studies of human participation in helping people's safety and health. The aim of this
paper is to classify cancer clinical texts from a public data set. The proposed algorithms are Bidirectional Long Short Term
Memory (BiLSTM) and Word Embedding Features (WE). This study has contributed to a new classification model for
documenting clinical trials and increasing the classification performance evaluation. In this study, two experiments work are
conducted, namely experimental work BiLSTM without WE, and experimental work BiLSTM using WE. The experimental
results for BiLSTM without WE were accuracy = 86.2; precision = 85.5; recall = 87.3; and F-1 score = 86.4. meanwhile the
experiment results for BiLSTM using WE stated that the evaluation score showed outstanding performance in text
classification, especially in clinical trial texts with accuracy = 92,3; precision = 92.2; recall = 92.9; and F-1 score = 92.5
Creator
Jasmir Jasmir1
, Willy Riyadi2
, Silvia Rianti Agustini3
, Yulia Arvita4
, Despita Meisak5
, Lies Aryani6
, Willy Riyadi2
, Silvia Rianti Agustini3
, Yulia Arvita4
, Despita Meisak5
, Lies Aryani6
Publisher
Universitas Dinamika Bangsa Jambi Indonesia
Date
22-08-2022
Contributor
Fajar bagus W
Format
PDF
Language
Indonesia
Type
Text
Files
Collection
Citation
Jasmir Jasmir1
, Willy Riyadi2
, Silvia Rianti Agustini3
, Yulia Arvita4
, Despita Meisak5
, Lies Aryani6, “Bidirectional Long Short-Term Memory and Word Embedding Feature for
Improvement Classification of Cancer Clinical Trial Document,” Repository Horizon University Indonesia, accessed June 7, 2025, https://repository.horizon.ac.id/items/show/9199.
Improvement Classification of Cancer Clinical Trial Document,” Repository Horizon University Indonesia, accessed June 7, 2025, https://repository.horizon.ac.id/items/show/9199.