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应用预留资源进行补偿的无线网络公平调度算法的探讨

Study of wireless fair scheduling algorithm with the resources set aside applied to compensation
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摘要 提出了一种结合预留资源进行补偿的无线公平调度算法。当系统呼叫切换频率很低时,将预留资源的空闲部分中的一部分用于补偿,以提高系统的资源利用率;当系统呼叫切换频率很高时,进行补偿的业务流均为那些获得额外服务的业务流,本算法应用在系统呼叫的切换频率很低的情况下,可以充分利用频带资源的优势。 In order to improve the utilization of system resources, this article presents a combination of earmarked resources to compensate for wireless fair scheduling algorithm. When the system calls in very low switching frequency, it will set aside some free resources to compensate for the part in order to improve system resource utilization; When the system calls in a very high switching frequency, the flow of business to compensate those who were given extra services business stream,the algorithm used with system calls with very low switching frequency, the band can take full advantages of the resources.
作者 尹建璋
机构地区 浙江长征学院
出处 《微型机与应用》 2009年第20期36-38,共3页 Microcomputer & Its Applications
关键词 预留资源 无线网络 算法 reserve resources wireless network algorithm
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  • 1[1]V Bharghavan,S Lu,T Nandagopal.Fair queueing in wireless networks:issues and approaches [J].IEEE Personal Communications Magazine,Feb 1999,6(1):44-53.
  • 2[2]Zhi-mei JIANG,Li-fung CHANG,N K Shankaranarayanan.Providing multiple service classes for bursty data traffic in cellular networks[A].IEEE INFOCOM 2000[C].Tel Aviv,Israel,March 2000,3,1087-1096.
  • 3[3]David A Eckhardt,Peter Steenkiste.Providing multiple service classes for bursty data traffic in cellular networks [A].IEEE INFOCOM 2000 [C].Tel Aviv,Israel,March 2000,3,1087-1096.
  • 4[4]Jay Moorman,John Lockwood,Steve Kang.Wireless quality of service using multiclass priority fair queueing [EB/OL].2000.http://iwander.vlsi.uiuc.edu/wireless/papers/jsac00.ps
  • 5[5]Kuochen Wang,Yi-Lon CHIN.A fair scheduling algorithm with adaptive compensation in wireless networks [A].GLOBECOM '2001,San Antonio [C].Texas,2001.3543-3547.
  • 6[6]Xin LIU,E K P Chong,N B Shroff.Transmission scheduling for efficient wireless network utilization [A].INFOCOM'2001,Anchorage [C].Alaska,2001.776-785.
  • 7[7]Yaxin Cao,Victor O K LI.Scheduling algorithms in broad-band wireless networks [A].Proc.of the IEEE [C].Jan.2001,89(1,Special Issue SI):76-87.
  • 8[8]3rd Generation Partnership Project.QoS Concept and Architecture [S].TS 23.107 V5.4.0,2002.3
  • 9[9]A K Parekh,R G Gallager.A generalized processor sharing approach to flow control in integrated services networks:the single-node case [J].IEEE Trans Networking,June 1993,1:344-357.
  • 10[10]J Benett.,Hui ZHANG.WFQ:Worst-Case fair weighted fair queueing [A].IEEE INFOCOM 1996 [C].San Francisco,CA,March 1996.1:120-128.

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