Research Of The Implementation To Enhance Trustworthiness Of Internet Of Things Monitoring Platform Of Particular Industry

With the title “Research of the Implementation to Enhance Trustworthiness of Internet ofThings Monitoring Platform of Particular Industry”, trustworthiness issue of IOTMP-PI(Internet of Things Monitoring Platform of Particular Industry) is studied in the thesis basedon the analysis of the Architecture of IOTMP-PI, which leads to the research ofimplementation to enhance trustworthiness of IOTMP-PI. Thesis has important academicvalue and practical significance on developing of trusted technology in IOTMP-PI study andSubject of Measuring and Controlling. The research is fund by…..Internet of Things Monitoring Platform of Particular Industry are summarized andsystematically analyzed; meanwhile, the research situation of IOTMP-PI, trustworthinessissue and enhancement, trustworthiness evaluation, that is closely associated with IOTMP-PIand Trusted Technology, is discussed in the thesis. This thesis includes:①Architecture ofIOTMP-PI is presented, perception layer and application layer of IOTMP-PI are introduced.Trustworthiness of IOTMP-PI including integrity, authenticity and confidentiality is analyzed,based on which the enhancement of trustworthiness of IOTMP-PI is arisen.②A PKI basedidentification system is set up to ensure authenticity of the perception layer monitoring node,using a trusted device for storing digital certificates and the SSL protocol in identifyinteraction to enhance confidentiality of the identify data.③The integrity verification andevaluation of perception layer monitoring nodes are presented. Principle and objects ofintegrity verification of perception layer monitoring nodes are analyzed; weighted meanmethod and fuzzy inference are implemented to evaluated trustworthiness and integrity levelof perception layer monitoring nodes.④A IOT environment air quality monitoring platformis introduced on which the trustworthiness enhancements including a identification systemand integrity verification function are applied. Thus a trusted device is deployed on perceptionlayer and a trust function server is deployed on application layer to provide implementationsupports for trustworthiness enhancements.The enhancement of the trustworthiness of perception layer monitoring nodes isimplemented in the IOT environment air quality monitoring platform by deploying theidentification system, integrity verification and evaluation, a trusted device for safe data storing. It is proved that building a trusted IOTMP-PI is practicable by the implement of theIOT environment air quality monitoring platform.