AN EXAMINATION OF EDGE COMPUTING TECHNOLOGY FOR INTERNET OF THINGS
Sidhant Kumar Gautam, Dr. Vineet Kumar Singh, Er.Paritosh Tripathi
Department of IT
IET. Dr.R.M.L.AVADH UNIVERSITY
ABSTRACT - Due toward its indispensable measuring and data-gathering capabilities, the Internet of Things (IoT) has become pervasive in our everyday lives. Millions of devices and sensors continuously transmit data, and numerous high-tech networks enable machine-to-machine communication, monitoring, and control of necessary smart-world infrastructures. To combat the expanding resource shortage caused by the Web of Things and dispersed computing, "edge computing" take arisen as an emerging model. In contrast towards the conventional "cloud" paradigm, "edge" computing would shift the storage and processing of data closer to the system's actual end consumers. Using this method, The primary information center's workload may be distributed to additional information centers, and distributing compute nodes may significantly decrease message exchange latency. In addition, the decentralized design may even out Network congestion, and stop IoT network from overloading, there by decreasing reaction Internet of Things application with immediate time functionality and the time required for information to travel from edge/cloudlet servers to end users. By transferring the work of handling and collaborating from terminals with depleted batteries with link abundant energy system's ability to maintain individual nodes for a longer period of time. As This article explores in detail in what way edge computation enhances this efficacy of IoT network. We divide up edge computing according to its design and function. Evaluate the efficacy in terms of network latency as well as bandwidth consumption, usage of energy, and overhead. In addition, we provide a framework for assessing the security of edge-enabled connected devices by measuring the accessibility, integrity, and confidentiality of each category's safety protocols. The efficacy of several Internet of Things (IoT) initiatives (smart cities and villages, intelligent utilities, intelligent mode of transportation,etc.) on edge computation platforms besides conventional paradigms for cloud-based computing are compared.
Keywords – Edge computing technology, Internet of things.
