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A study of power management techniques for Internet of Things (IoT)

机译：物联网（IoT）电源管理技术研究

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Internet of Things (IoT) advances when regular ordinary objects have inter-connected microchips inside them. These microchips help stay informed concerning other objects, as well as a significant number of these devices sense their surroundings and report it to different machines and also to the people, so is the application of home environment. The viable significance of the IoT is made conceivable through enabling technologies, for example, Wireless Sensor Networks (WSNs), essentially utilized for detecting operations. In any case, there is a principle prerequisite that makes a wireless sensing perfect for use in the IoT, which is the energy efficiency. Much of the time, the sensing devices are battery-powered, so low-power system is prime requirement. Several mechanisms can be adopted in order to reduce the power consumption while designing the devices that implement a wireless protocol. This paper has presented a comparative study of various energy efficient IoT techniques.
机译：当常规的普通对象内部具有互连的微芯片时，物联网（IoT）就会发展。这些微芯片可帮助您及时了解其他物体，以及大量此类设备可感知周围环境并将其报告给不同的机器以及人们，因此家庭环境的应用也是如此。可以通过诸如无线传感器网络（WSNs）之类的使能技术来实现IoT的可行意义，该技术本质上用于检测操作。无论如何，都存在使无线传感完美适用于IoT的原则前提条件，即能效。在大多数情况下，传感设备是电池供电的，因此低功耗系统是首要要求。在设计实现无线协议的设备时，可以采用几种机制来减少功耗。本文对各种节能物联网技术进行了比较研究。

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