Knowledge Discovery for Clinical Decision Support System in Patient Records
Author
Budhathoki, Dev
Abstract
Knowledge discovery from the patient's health records is a challenging task for the medical specialists. The knowledge generated from the patient's records can assist specialists to make an effective decision and recommend more precise diagnosis. This provides the basis for decision-making process with the recommendation for patient diagnosis and expertise advice by retrieving the information from the knowledgebase. This research aims at utilizing data mining techniques to discover patterns and relationships in between diagnosis and corresponding symptoms. The extracted patterns are used to assist the physician to determine the precise diagnosis with patient's context. We consider graph database-Neo4j to develop a knowledgebase that stores knowledge in the ontological form of patterns and relationships and use the knowledgebase in clinical decision support system to provide recommendations of next possible symptoms and diagnosis for the effective recommendation. In addition, we integrate the expert knowledge with our knowledgebase and explore the feature of graph visualization, with more detail information of patterns and connection of associated patterns in the knowledgebase.
Date
2018-07-23
Citation:
APA:
Budhathoki, Dev.
(July 2018).
Knowledge Discovery for Clinical Decision Support System in Patient Records
(Master's Thesis, East Carolina University). Retrieved from the Scholarship.
(http://hdl.handle.net/10342/6965.)
MLA:
Budhathoki, Dev.
Knowledge Discovery for Clinical Decision Support System in Patient Records.
Master's Thesis. East Carolina University,
July 2018. The Scholarship.
http://hdl.handle.net/10342/6965.
September 23, 2023.
Chicago:
Budhathoki, Dev,
“Knowledge Discovery for Clinical Decision Support System in Patient Records”
(Master's Thesis., East Carolina University,
July 2018).
AMA:
Budhathoki, Dev.
Knowledge Discovery for Clinical Decision Support System in Patient Records
[Master's Thesis]. Greenville, NC: East Carolina University;
July 2018.
Collections
Publisher
East Carolina University