AN INQUIRY INTO THE DESIGN AND DEVELOPMENT OF VERY COST-EFFECTIVE ELECTRONIC COMPONENTS FOR HUMAN WAVE MONITORING SYSTEMS

The development of energy-efficient electronic circuits for the monitoring of bodily sound,particularly for non-invasive real-time health diagnostics, is the primary focus of this research. Thereare now low-power advanced circuits that can continuously monitor physiological signals likeheartbeats, lung noises, and a plethora of other interior body sounds, all because to the rise of wearablehealth gadgets. In order to diagnose and control illnesses, these signals are fundamental.