RACS（资源接纳控制子系统）之Ia接口地研究.pdf

RACS(瓷源接纳控制子系统)之Ia接口的研究Titie:Major:Name:’workshouldatanytimeprovidetheexpectablebandwidth,delay,,thebandwidth,delay,delayquiverandpacketdropratecanhardlybeexpected,sometimesitwouldbeverygood,’workisthatitshouldprovidecertainresourcesunderanycircumstances,,,buttheincreasedbandwidth。afterall,islimitedandexpensive,:,NGNframeworkcameintobeing,workplanningandmanagement,workavailabilityandoperationalcapacityperformance,—(RACS)ofthelatestdevelopmentprogress,,suchasGuangdongkeyproject,”NGN/IPQOSrelatedtechnologyandequipmentsoftwaredevelopment”(itemnumber:35240-4207044,35240-4207045,35240—4207046),proposedaachievementtotheIareference,includingthestructureofreference,signalsofthereference,processionflows,,itpresentstherealizationdetailoftheCOPSconnectionmodule,:RACS,SPDF,BGF,IaReferenceRACS(资源按纳控制了:系统)之Ia接口的研究第1章绪论第1章绪论本章概要性地论述了Ia接口的研究背景和发展现状,简要综述了本论文的研究内容,方法与意义,同时介绍了本文的组织结构。(RACS)的内部接口,所以在介绍Ia接口之前,先对RACS和通信业界在OOS上研究发展情况进行介绍,以期从大局着眼,对Ia接口有一个系统的了解。-1QoS标准演进史[1】诞生以来,采用“besteff