مقاله انگلیسی رایگان در مورد آنالیز بهبود بهره وری انرژی از طریق انتقال انرژی بی سیم – اسپرینگر 2017

Generally, the wireless sensor network contains several battery sensors. Sensors misplace its energy on sensing, conveying and receiving. The battery charge will also misplace in redundant condition. In wireless sensor network, the demanding procedure is to augment the energy efficiency of the node in recent times. When the nodes are motorized by means of a battery, then it contains only restricted duration. If the battery stage of sensor nodes is restricted, then the energy-effectiveness enhancement is a foremost confront. In the process of sending, the sensors misplace their energy. Recently, the sensor performs a foremost function in all areas particularly in health care observation [1]. Previously, several researchers put their attempt to extend the duration of sensor network [2–4]. Normally, the energy-harvesting procedure [5–7] is used to remove energy from the surroundings, but the procedure is not accomplished because the appropriate function of the procedure is greatly reliant on the surroundings. In an energy harvesting sensor network, the sensors are motorized by means of reusable energy like solar energy, wind energy, thermal energy etc. [8]. The foremost intention of innovative monitoring eminence maximization difficulty is used to exploit the eminence. Moreover, the dynamic rate weight task and lessening procedures are used to diminish the simultaneous flow difficulty. Here, the wireless charging technology is permitting a mobile charger for conveying energy to sensor nodes wirelessly [9–11] not including the battery. A vehicle is required to transmit a charger to move in the network for to execute the Wireless power transfer [WPT] technology. In [14], wireless charging vehicle (WCV) is transferring the cellular arrangement in the network and transferred the sensors wirelessly. On the other hand, the energy effectiveness and duration of the network is so pitiable in this technology. So, we recommend the cluster-related wireless energy transfer for to resolve these difficulties. Here, we offered rank related weight metric computation for cluster head choice. Wireless/ Mobile charging vehicle is generally employed to charge the node in the network. This document also contains: Some of the related works of wireless energy transfer technology is explained in Sect. 2. In Sect. 3, we depict our anticipated cluster-related wireless energy transfer. Consequences of our anticipated method are explained in Sect. 4. At last, this document is accomplished by Sect.