A Survey on IOT Health Care Networks

The Internet of Things (IoT) network comprises many type of smart objects which are the building elements for the creation of physically intelligent, all-pervasive structures. The IoT revolution is restructuring modern health care with well-known technologies and cutting-edge network systems or architectures, applications and industrial developments in IoT-based healthcare. To reduce the security risk, an intelligent collaborative security model is used with various innovations such as big data, wearables, and ambient intelligence can be leveraged in a health care context by addressing various IoT and e-Health policies and regulations around the globe to guage how they can contribute to the sustainable development of societies and economy by providing some ideas for further research on IoT based health-care based on a set of guiding principles. An intelligent collaborative security model is used to reduce security risk with various innovations like big data, wearables, and ambient intelligence can be used in a health care context by addressing different IoT and e-Health policies and regulations around the world to determine how they can help economies and societies in terms of sustainable development by providing some opportunities for further research on IoT based health-care depending on a set of guiding principles. The use of low cost Field Programmable Gate Array (FPGA) platform have grabbed some attention from the community of researchers in the past few years. In this study, we classify all recently published works based on how users can access FPGA design and embedded controller based on Raspberry Pi, Advanced RISC Machines (ARM), and Arduino platforms resources from anywhere from safe healthcare application utilized in IoT. A concept shortens the applications of momentarily unused resource for executing various tasks automatically. Their findings are highlighted, as well as their significant contributions.