Flexible platform design of IEEE 802.15.3a MAC over UWB with optimized protocol accelerator

Yu Cai, Yaohui Wu, Hui Li, Feng Liang, Zucheng Zhou
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引用次数: 6

Abstract

IEEE 802.15.3a is assumed to be candidate MAC protocol for emerging UWB techniques. To make MAC system flexible, configurable and easy to upgrade, we tried to make most of MAC functionalities as software/firmware process running in CPU for controlling UWB network card and maintaining high-data-rate WPAN network. But 480Mbps data rate requires some MAC functionality to respond in several microseconds and it is beyond the capability of current software without any hardware preprocessing. After carefully analyzing the bottleneck of timing requirements, we put forward an optimized MAC hardware protocol accelerator and integrated it in our flexible HW/SW system. Performance analysis shows that the throughput, delay etc. were greatly improved
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基于优化协议加速器的IEEE 802.15.3a超宽带MAC灵活平台设计
IEEE 802.15.3a被认为是新兴超宽带技术的候选MAC协议。为了使MAC系统具有灵活性、可配置性和易于升级性,我们尝试将MAC的大部分功能作为软件/固件进程运行在CPU中,用于控制UWB网卡和维护高数据速率的WPAN网络。但是480Mbps的数据速率需要一些MAC功能在几微秒内做出响应,如果没有任何硬件预处理,目前的软件是无法做到的。在仔细分析了时间需求瓶颈后,我们提出了一种优化的MAC硬件协议加速器,并将其集成到我们灵活的软硬件系统中。性能分析表明,该方法在吞吐量、延迟等方面都有很大的提高
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