THE PROFICIENT CONTEXT-AWARE QOS FRAMEWORK FOR RELIABLE WEB OF THINGS

The imminent Internet of Things (IoT) revolution and its advantages are often experienced over the world. The major IoT-related issues are interoperability, and the recognition of trusted items. The proposed platform structure tackles the difficulty of interoperability by integrating web technologies like service-oriented architecture, from this each service provider often act as service consumer position. The proposed scheme has been also recognized the trusted items by quality of service (QoS) for requirements applicable to the identification and recommendation of a reliable Web of Things (WoT). The context-consciousness parameters as well as the QoS constraints are considered to that impact. The study revolves on the concept of a user-centric scheme in which profiles are preserved at a centralized and distributed level as well. The proposed system assesses service providers who have supported the stated parameters and consequently the restraints and recognizes an appropriate service provider. The system's effectiveness is tested using an environment explicitly built using a real QoS data set. The system defines and dynamically recommends reliable resources, according to a service seeker's need.