Designing Adaptive Integral Sliding Mode Control for Heart Rate Regulation during Cycle-Ergometer Exercise using Bio-Feedback
Argha, Ahmadreza ; Su, Steven Weidong ; Nguyen, Hung T. ; Celler, Branko George
Human performance – Modelling and prediction
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Rehabilitation
This paper considers our developed control system which aims to regulate the exercising subjects’ heart rate (HR) to a predefined profile….
Heart Rate Regulation during Cycle-Ergometer Exercise via Bio-Feedback
Argha, Ahmadreza ; Su, Steven Weidong ; Nguyen, Hung T. ; Celler, Branko George
Rehabilitation – Wearable systems
,
Rehabilitation – Cardiorespiratory
This paper explains our developed control system which regulates the heart rate (HR) to track a desired trajectory. The controller is indeed…
Investigation of Window Size in Classification of EEG-Emotion Signal with Wavelet Entropy and Support Vector Machine
Candra, Henry ; Yuwono, Mitchell ; Chai, Rifai ; Handojoseno, Aluysius Maria Ardi ; Elamvazuthi, Irraivan ; Nguyen, Hung T. ; Su, Steven Weidong
Signal processing in physiological systems
,
Biomedical signal classification
,
Time-frequency analysis of biosignals
When dealing with patients with psychological or emotional symptoms, medical practitioners are often faced with the problem of objectively…
Optimum Experimental Design Applied to MEMS Accelerometer Calibration for 9-Parameter Auto-Calibration Model
Wearable systems
,
Physiological monitoring
,
Portable miniaturized systems
Optimum Experimental Design (OED) is an information gathering technique used to estimate parameters, which aims to minimize the variance of…
Recognizing Emotions from EEG Subbands using Wavelet Analysis
Candra, Henry ; Yuwono, Mitchell ; Handojoseno, Aluysius Maria Ardi ; Chai, Rifai ; Su, Steven Weidong ; Nguyen, Hung T.
Signal processing in physiological systems
,
Biomedical signal classification
,
Time-scale and wavelets
Objectively recognizing emotions is a particularly important task to ensure that patients with emotional symptoms are given the appropriate…
