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Joint MAC-PHY Layer Resource Allocation Algorithm Based on Triangle Module Operator for Multi-Service OFDM System

机译:基于三角形模块运算符的联合MAC-PHY层资源分配算法,用于多服务的OFDM系统

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摘要

The algorithms of the PHY layer may lead to the data loss and the waste of resource for multi-service OFDM system. In order to resole this problem, a joint MAC-PHY layer resource allocation algorithm is proposed in this paper. The service model of multi-service OFDM system is analyzed briefly first. After establishing the membership functions of time delay urgency and rate fairness, the scheduling algorithm of the MAC layer based on triangle module operator is proposed. Finally the allocation algorithm of the PHY layer is also designed. The simulation results of packet loss ratio, average waiting delay and rate show that the proposed algorithm can meet the requirement for time delay and rate fairness, raise the spectrum efficiency and improve the quality of service.
机译:PHY层的算法可能导致数据丢失和多服务的资源浪费。为了解决这个问题,本文提出了一个关节MAC-PHY层资源分配算法。首先简要地分析了多服务的多服务系统服务模型。在建立时间延迟紧急度和速率公平的隶属函数之后,提出了基于三角模块运算符的MAC层的调度算法。最后,设计了PHY层的分配算法。零件丢失比的仿真结果,平均等待延迟和速率表明,所提出的算法可以满足时间延迟和速率公平的要求,提高频谱效率,提高服务质量。

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