A Study on Trust Management System in Wireless Sensor Networks for Internet of Things

  • Narayanan Booshanan, Ananda Kumar S, L Ramaathan, M Anand

Abstract

An Internet of Things [IoT] is a systematic approach which is linked with a huge amount of point detector(calibrator) and smart appliances which is used to alter the application. The IoT which is used to interconnect the social media applications. It also explains the trust management protocol, and its performance and their various attacks. Here the IoT talking about the virtual reality when the combination of smart systems with the human being for everyday life. It is describing the objection of the trust management systems along with approaches of cloud computing. It also describes the TaaS(Trust as a Service). Another we are discussing here as Mobile Cloud Hierarchical Trust Management protocol for IoT. It enables the IoT systems to give the detailed explained in its service knowledge and reliable of different IoT systems. Here they are using the Cloud Cloudlet Device Structure for hierarchical IoT trust model, Attack Model, IOT Hi Trust Protocol Design with their parameters and performance of Hi Trust protocol performance There are very famous IoT frameworks i.e. Google GIT, used to allow the third-party Capability used to save and take back the data from the various sources of Data. Any wrong API utilization will lead to in IoT Structures by third parties will happen the risks to the safety rather than health and fitness apps. We are integrating the classified information in very important to protect the financial loss and psychological damage. This paper depicts the information about Google Fit and its access rights and controlling the operator. It also describes the PG fit structure and execution. Also, they are using the Override privilege computation

Published
2020-10-30
How to Cite
Narayanan Booshanan, Ananda Kumar S, L Ramaathan, M Anand. (2020). A Study on Trust Management System in Wireless Sensor Networks for Internet of Things. International Journal of Advanced Science and Technology, 29(05), 14084 - 14099. Retrieved from http://sersc.org/journals/index.php/IJAST/article/view/33209