Medical Diagnosis Classification Using WEKA
Abstract
The use of data mining techniques is not new—commonly it is used in various other industries, such as financial services, marketing and manufacturing. The main goal of data mining is to find patterns in a large dataset that yield insight and expertise. Thus, in terms of healthcare, data mining methods have a wide range of uses, including diagnosing cancers, pattern recognition and prognosti-cating patient health outcomes. Each patient's diagnosis at the University of Porto Hospital (Centro Hospitalar Universitário Universitário do Porto) has an ICD-10-CM code. This data can be used to build a predictive model to classify diag-nosis using secondary diagnosis. Three datasets were then created to be tested using data mining techniques. As a result, the algorithm that had the best perfor-mance was the Random Tree (99.8% corrected classified instances) using the third dataset with the five main diagnoses of each patient as parameters
Keywords: Data Mining, ICD-10-CM, Classification, WEKA
DOI: 10.54941/ahfe100881
Cite this paper
More from this volume
- Necessity of distance learning implementation during the pandemic: modern reality of Ukrainian universities
- How to Design Assembly Instructions
- Correctional and Developmental Work for Children With Down’s Syndrome and Children with Autism by Means of Color and Music Therapy
- Voice Controlled Devices: Awareness, Usage, and Reservations of Young Adults
- Imparting Media Literacy to the Elderly Evaluating the Efficiency and Sustainability of a two-part Training Concept
- Measuring Quality of Mediated Social Communication
- Youth Center Management: Training the Trainers for The "Effective Management of Youth Centers" Program
- Lesson Learned of Tablet Course for Semi-literate Immigrants
- Machine learning agent to recommend the best modality for takeover during conditionally automated driving
- An approach for steering advancement in motorcycle riding simulation
- Design of Three-Dimensional Pine Tree Geometry and the Radiation Heat Exchanges in Fire Environments
- Design of a Ventilation System Using a Vertical Confluent Multi-jets System


AHFE Open Access