Energy conservation of access point using CAPS algorithms

Anup Bhola, Shubhangi Srivastava, C. Jha
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引用次数: 2

Abstract

In recent times, energy conservation in network has been focus of extensive research. The main objective this research is to study the power consumption of WLAN and propose a new technique to reduce the power consumption of access points. In order to save energy of access point, first we build a centralize network with the aid of nodes, switches, servers, and APs and controller. Here, controller is node and the role of controller is store all the information about network like, number of nodes, node IP address, MAC address, name, AP MAC address, BSSID, SSID, coverage area and power status(active or sleep) etc. Controller node is capable of taking appropriate power saving decision, when user request to connect a particular active access point but that user comes under the range of active and sleep access point. At this moment, controller will shift the node request from sleep access point to active access point and inactive access point remains sleep. In this way, our controller base novel approach has significant impact in term of power saving and cost of communication network.
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基于CAPS算法的接入点节能
近年来,网络中的节能问题已成为广泛研究的热点。本研究的主要目的是研究无线局域网的功耗,并提出一种降低接入点功耗的新技术。为了节省接入点的能量,我们首先借助节点、交换机、服务器、ap和控制器构建一个集中式网络。这里,控制器是节点,控制器的作用是存储网络的所有信息,如节点数量、节点IP地址、MAC地址、名称、AP MAC地址、BSSID、SSID、覆盖区域和电源状态(活动或休眠)等。当用户请求连接特定活动接入点,但该用户处于活动接入点和睡眠接入点范围内时,控制节点能够采取适当的节能决策。此时控制器将节点请求从休眠接入点转移到活动接入点,非活动接入点保持休眠状态。因此,我们的控制器基新方法在通信网络的节能和成本方面具有重要的影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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