Grid-Based Interactive Diabetes System

Chronic disease is linked to patient´s´ lifestyle. Therefore, doctor has to monitor his/her patient over time. This may involve reviewing many reports, finding any changes, and modifying several treatments. One solution to optimize the burden is using a visualizing tool over time such as a timeline based visualization tool where all reports and medicine are integrated in a problem centric and time-based style to enable the doctor to predict and adjust the treatment plan. This solution was proposed by Bui et al. to observe the medical history of a patient. However, there was limitation of studying the diabetes patient´s history to find out what was the cause of the current development in patient´s condition, moreover what would be the prediction of current implication in one of the diabetes´ related factors (such as fat, cholesterol, or potassium). In addition, the computing power (or backend computation) infrastructure was not considered especially the response time and the cost when medical doctor would study a very long history of a diabetes patient (for example data produced from monitoring a patient for 5 years) In this paper, we propose a Grid-based Interactive Diabetes System (GIDS) to support bioinformatics analysis application for diabetes diseases. GIDS used an gglomerative clustering algorithm as clustering correlation algorithm as primary algorithm to focus medical researcher in the findings to predict the implication of the undertaken diabetes patient. The algorithm was Chronological Clustering proposed by P. Legendre [11] [12].