基于Ns2的移动Wimax能量优化分组调度算法

T. Shankar, R. Suresh, A. Bagubali, S. Shanmugavel
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摘要

近年来,移动通信技术得到了迅速发展。IEEE 802.16e无线城域网(wireless metropolitan area network, WMAN)标准是一项支持移动站(MSs)在室外环境下漫游移动性的新兴技术。对于电池供电的MSs,本标准支持省电模式,在满足服务质量要求的同时节省电池电量。针对不同的业务类型,标准定义了三种不同的节能类型,每种类型都有自己的节能参数。在本文中,宽带无线接入系统通常为移动站提供灵活的睡眠模式操作,以节省其在空闲或活跃模式下的能量。对于移动WiMAX, IEEE 802.16e提供了几种节能类,可以与不同类型的网络连接相关联,以最大限度地减少移动站的功耗。
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Energy Optimization Packet Scheduling Algorithms on a Mobile Wimax Using Ns2
Recently, mobile communication technologies have been developed rapidly. The IEEE 802.16e wireless metropolitan area network (WMAN) standard is an emerging technology to support roaming mobility of mobile stations (MSs) in outdoor environment. For MSs powered by batteries, the standard supports power saving mode to conserve battery power meanwhile fulfilling the requirements of quality of services. Regarding to different service types, standard defines three different power saving types for them and each type has its own power saving parameters. In this paper, Broadband wireless access systems usually provide flexible sleep-mode operations for mobile stations to conserve their energy during idle or active mode. For Mobile WiMAX, the IEEE 802.16e, offers several power-saving classes that can be associated with different types of network connections to minimize power consumption of mobile stations.
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