A trustworthy mobile solution for healthcare based on internet of things

Abstract

Healthcare services based on the Internet of Things (Health-IoT) has great potential. The popularity of intelligent mobile medical devices, wearable bio-medical sensor devices, cloud computing and big data analysis have dramatically changed the usage pattern and business rule of Health-IoT. The rapid development of mobile solutions towards Health-IoT contains the risk of security and privacy. In this paper, a comprehensive trustworthy mobile solution based on architecture modeling with fuzzy-set theory towards Health-IoT is proposed. In particular, the solution is an semantics-based and fuzzy set theory mechanism to calculate trustworthiness for every stakeholders in mobility ecosystem for Health-IoT. An analytic methodology is presented backed with theoretical metrics and evaluated experimentally. The feasibility of the implemented about trustworthy mobile solution Health-IoT has been partly proven in field trials.