Best Treatment Identification for Disease Using Machine Learning Approach in Relation to Short Text
Journal Title: IOSR Journals (IOSR Journal of Computer Engineering) - Year 2014, Vol 16, Issue 3
Abstract
Abstract: The goal of Machine Learning is to construct a computer system that can adapt and learn from their experience. Machine Learning approach helps to integrate the computer based system into the healthcare field in order to obtain best and accurate results for the system. Here the system deals with automatic identification of informative sentences from medical published by medical journals. Our main aim is to integrate machine learning in medical field and build an application that is capable of automatically identifying and disseminating disease and treatment related information, further it also identifies semantic relations that exists between diseases and treatments. In the proposed work user will search for the disease summary (disease and treatment related information) by giving symptoms as a query in the search engine. Initially when a pdf is downloaded and saved in the system it first performs per processing on the data in the document and the extracted relevant data is stored in the database. The symptoms entered by the user are further classified using SVM classifier to make the further process easier to find the semantic keyword which helps to identify the disease easily and quickly. Then the semantic keyword found is matched with the stored medical input database to identify the exact disease related to that keyword present. Once the disease related to the symptom is identified, it is sent to medical database to extract the articles pertaining to that disease. The preprocessing process involves tokenization, removal of stop words and stemming. Followed by that, relevant information is extracted using the keyword searching algorithm. The combination of BOW, NLP and biomedical concepts are put together toe identifying semantic relations that exist between diseases and treatments in biomedical sentences. Till now the best result obtain is 98.51% F-measure by OanaFrunza, for the extraction of cure and prevents relations. In our implementation of our proposed system we have used SVM classifier which gives us an improved result. The problem statement of the existing system was, it didn’t identify the best disease treatment. So the proposed solution used data mining concepts using voting algorithm to resolve the problem and find the best treatment for disease out of the treatment identified by the system.
Authors and Affiliations
Bharti E. Nerkar, , Sanjay S. Gharde
Keywords
Related Articles
- EP ID EP105162
- DOI 10.9790/0661-16370512
- Views 112
- Downloads 0
Sentiment Features based Analysis of Online Reviews
Abstract : Sentiment Analysis (SA) and Summarization is a new and emerging field of research which dealswith information extraction and knowledge discovery from text using Natural Language Processing and DataMining techn...
A Comprehensive and Comparative Study Of Maze-SolvingTechniques by Implementing Graph Theory
Abstract: This paper presents an efficient maze solving algorithm. IEEE has launched a competition named“Micro mouse” where an autonomous robot or mice solves an unknown maze. The mouse find its way from thestartin...
Optimizing Advertisement Targeting Based on Colour and Devices
Over the last few years, we have seen revolutions in the internet technology and its adoption in advertising industry. Internet has become the common platform across the world where people visit different web sites for d...
Abalone Age Prediction using Artificial Neural Network
Abstract: Artificial Neural Networks are the intelligent computation systems that can be used to solve various challenging problems such as compression, optimization, classification, pattern recognition and prediction. I...
Incremental Sequential Pattern Tree Mining
In this paper, we have proposed an Incremental Sequential Pattern Tree mining algorithm to retrieve new updated frequent sequential patterns from dynamic sequence database. Sequential Pattern Tree stores...