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首页> 外文会议>2016 World Conference on Futuristic Trends in Research and Innovation for Social Welfare >Energy harvest and transfer technology in wireless networks
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Energy harvest and transfer technology in wireless networks

机译：无线网络中的能量收集和传输技术

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摘要

Wireless network is a type of computer networks where communication or data exchange among various devices on the network are carried out without the use of cables. Connecting clients is through a wireless network having a wireless Access Point (AP) instead of an Ethernet switch. Recent advancements in Wireless Energy Transfer (WET) technologies are enabling various engineering applications with potential implementation. RF-enabled WET provide a solution called Wireless Powered Communication (WPC). WPC technique is used to power the wireless devices by transmitter to offer uninterrupted, constant energy. WET technology can be utilized to charge the batteries in the equipment without the need for a wired connection. In WET technology, receivers harvest power distantly from RF signals. The receiver change the received energy to Direct Current signal and stores into battery. In SWIPT technology, both energy and information equally transmits to the multiple receivers by using Hybrid Access Point(HAP). HAP include a energy trade off method together in source, destination designs to equilibrium the Information Decoding and Energy Collecting presentation. In WPCN technology, all wireless devices transmits the information and communicates with each other by using the harvested energy. It operates beneath a two process collect then transmit protocol.
机译：无线网络是一种计算机网络，无需使用电缆即可在网络上的各种设备之间进行通信或数据交换。通过具有无线访问点（AP）而不是以太网交换机的无线网络连接客户端。无线能量传输（WET）技术的最新进展使具有潜在实现潜力的各种工程应用成为可能。具有射频功能的WET提供了一种称为无线供电通信（WPC）的解决方案。 WPC技术用于通过发射机为无线设备供电，以提供不间断的恒定能量。 WET技术可用于为设备中的电池充电，而无需有线连接。在WET技术中，接收器远离RF信号获取功率。接收器将接收到的能量转换为直流信号并存储到电池中。在SWIPT技术中，能量和信息都通过使用混合接入点（HAP）平等地传输到多个接收器。 HAP在源，目标设计中一起包括一种能量折衷方法，以平衡信息解码和能量收集的表示。在WPCN技术中，所有无线设备都使用所收集的能量来传输信息并相互通信。它在两个过程下运行，然后收集协议。

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