Dynamic Bio-sensing Process Design in Mobile Wellness Information System for Smart Healthcare

As the wireless communication technologies of data communication media and biosensors to measure bioengineering signals of a human body are advanced, the wearable mobile computing technology is utilized and is developed in various areas such as personal healthcare, and care-giving for senior citizens and sports activity. This study suggests a customized healthcare service by means of wellness clothing that includes digital yarns and bio sensors. Wellness clothing is utilized to acquire, analyze, and present bio-engineering data including ECG, respiration, acceleration, and body temperature as part of the wellness information system framework. The conventional process configuration of biometric information system performs the fixed process without changing statically and consistently after the system is starting. However, the static configuration of these processes appears the inefficient and inconvenient applications of the mobile wellness information system in the mobile computing environment. This work proposes the dynamic process design and execution method as a way to overcome these inefficient static processes. As well as, it proposes a bio-information framework and service platform applicable for light-weighting mobile systems such as wearable computing, wellness system, etc.