A Comprehensive Survey On Internet Of Things (Iot)

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Dr. Mathew K


In today's environment of energy management, the impact of IoT (Internet of Things) to smart grids has gained enormous potential because of its multi-faceted benefits in a variety of areas. IoT paves the way for a path to subordinate and practically control all in virtually every area of society. On the other hand, the smart grid framework has drawn the attention of the universal research community and the concept of integration of IoT with the smart grid jointly shows tremendous potential for growth. This article emphasizes the most important exploration that concentrates on applying IoT to smart grids. This effort also refers to several innovative methods utilized in smart grids and IoT together with their corresponding applications in a variety of areas. The aim of this effort is to benefit scientists and new competitors in the area of smart grids and IoT begins up the consciousness for new cross-disciplinary research. In this article, a suggested feedback-based resource management method offers networking services, large storage, huge computation, and data processing the end-users and among IoT (Internet of Things)-based Cloud data centers. The real-time applications of IoT, like transportation management systems, traffic management systems, smart homes, health care management systems, intelligent cities, and demand less latency and response time to process the enormous amount of data. The anticipated feedback-based resource management plan offers a new resource management method, which is comprised of a unified structural design and retains the SLA (service-level agreement). It can reduce latency, improve security, bandwidth in the network, response time, and energy consumption. The experimental findings are examined with the IFogSim tool kit and have demonstrated that the intended methodology is efficient and appropriate for smart interaction in IoT-based cloud.

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