A Novel Framework on QoS in IoT Applications for Improvising Adaptability and Distributiveness

Abstract

The Internet of Things, or IoT, is a broad term referring to a pattern of technology that can detect, compute, transmit, and store the data that must be exchanged and stored in end user applications and systems. IoT also performs the functions of gathering the information, processing the information, analyzing the data. Due to wider range of scope and increase in number of IoT devices, it has become a critical challenge in meeting the demands of Quality of Service (QoS) in IoT devices. So there is a great need to access various parameters of QoS based on many perspectives, likely user specific, operator and network specific, depending on communication resources, edges nodes and all other enabling technologies.