MAC/RLC在第三代(3G) UMTS系统中实现更高数据速率和QoS的作用

V. Garg, M. Garg
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引用次数: 2

摘要

本文重点介绍了IMT-2000的关键要求。提出的3G解决方案的主要特点是满足IMT-2000的要求。讨论了一种基于开放系统互连(OSI)模型的分层结构来提供多媒体服务。确定了灵活高效的MAC/RLC(介质访问控制/无线链路控制)子层的功能。最后提出了3G UMTS系统中MAC/RLC子层的实现方案。MAC协议必须解决访问相同物理资源的移动设备之间的争用,还必须管理数据包访问过程。由于3G系统将向具有不同QoS要求的移动设备提供服务,MAC将需要能够管理不同用户和不同服务类别的访问需求。这可以通过使用保留和优先级方案来实现。延迟敏感业务可以采用容量预留方案来保证服务质量。优先级方案可用于对来自不同服务的请求进行优先级排序。
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Role of MAC/RLC in achieving higher data rates and QoS in third generation (3G) UMTS system
This paper highlights the key requirements of IMT-2000. The main characteristic of the proposed 3G solution is to satisfy the IMT-2000 requirements. A layered structure based on the Open System Interconnection (OSI) model is discussed to provide multimedia services. The functions of a flexible and efficient MAC/RLC (medium access control/radio link control) sublayer are identified. The paper is concluded by presenting the proposed implementations of the MAC/RLC sublayer in the 3G UMTS system. The MAC protocol has to resolve contention between mobiles accessing the same physical resources and also has to manage the packet access procedure. Since 3G systems will offer services to mobiles having varying QoS requirements, the MAC will need to be capable of managing the access demands of different users and different service classes. This can be achieved by using reservation and priority schemes. Delay sensitive services can use a capacity reservation scheme to guarantee quality of service. Priority schemes can be used to prioritize the requests from different services.
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