Titlebook: Dew Computing; The Sustainable IoT Debashis De,Samarjit Roy Book 2024 The Editor(s) (if applicable) and The Author(s), under exclusive lic

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Internet of Things and Dew Computing-Based System for Smart Agricultureighlighted in this chapter. From the simulation results, we observe that the dew computing-based paradigm has approximately 40% and 55% lower latency than the edge-based and cloud-only paradigms, respectively.

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Dew Computing Enabled Consumer Electronics for Sustainable Internet of Agricultural Thingsor cutting-edge cultivation methods, the agriculture cloud and IoT service also provide a particular skill service on crop cultivation, pricing, fertilizers, and disease diagnostic methods. In the context of cloud computing, “dew computing” refers to an on-premises computer software-hardware organiz

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Handbook of Social Support and the Familyomputing into several existing and sustainable applications, such as the Internet of Things, smart Healthcare, Indoor navigation, agriculture, and numerous human-centric paradigms. The key objective of dew computing is to enhance the efficiency and reduce the cost of personal IoT devices which furth

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Thomas H. Ollendick,Neville J. Kingace over a public channel, many security concerns come into the picture when we use IoT in Dew. Thus, it is required to be focused on authorization in data access, secure session establishment, user privacy to have confidence in the system and data secrecy. As data is not of computing control of clo

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Socially Withdrawn and Isolated Childrenit fails to detect the false alarm, which may create a severe problem. Various types of network attacks like Malware, MITM, Remote Code Execution, etc. in different networks are detected by Intrusion Detection System (IDS) and prevented by Intrusion Prevention System (IPS). At the time of the detect

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Kyriakos S. Markides,Kerstin Gerst of decision logics and storages may help compliment the desired QoS of the multi-sensory traffic-types being exchanged through formation of optimized topology among the robot, observer, and operator nodes. It will be also explored how Dew-based approach may help reduce session establishment overhea