ABSTRACT
To meet the challenges such as raising the efficiency of medical resources, slowing the fastly-increasing medical costs and keeping the sustainability of the aging society and chronic diseases, this paper introduces a Medical Digital Assistant system for "BOP", which includes a mobile monitoring unit,a data transferring unit, and a managing unit, and presents the system's evaluating method. In addition, a new application model and the service workflow are discussed.
Subject(s)
Humans , Computer Communication Networks , Computer Systems , Equipment Design , Hospital Information Systems , Image Processing, Computer-Assisted , Rural Health Services , Software Design , Telemedicine , MethodsABSTRACT
Wireless medical monitoring overcomes the limitations of conventional wired-monitoring, enabling people to get their physiological and pathological informations anytime and anywhere. This review summarizes the basic components and principles of wireless medical monitoring, including the techniques for measuring and transmitting vital signs. Its status,developments in R&D and applications are presented with a series of examples. Limitations and potential uses of wireless medical monitoring are also discussed.