In this paper, we analyzed the amounts of activities in target heart rate zones, i.e. ‘out-of zone’, 1 fat-burn zone’, ‘cardio zone’, and ‘peak zone’, from activity and heart rat< time-series data. Also we generated the class association rules to infer five physical activity status such as ‘inactive’, ‘sedentary’, ‘moderately active’, Vigorously active’, and ‘extremely active’. In the experiment, we evaluated the prediction power of class association rules ancverified their effectiveness by comparing classification accuracies between the proposed methoc and two benchmark methods, SVM and C4.5 decision tree model.
Research Interests
Digital Phenotyping; Data Mining & Machine Learning for Text & Multimedia; Brain-Sense-ICTConvergence Computing; Computational Olfaction Measurement; Simulation&Modeling