Scalable DU Architecture for IoT massive connection

Kuhwa sung, Terng-Yin Hsu
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Abstract

this paper explains a new efficiency architecture of scalable-DU as Wireless Processing Unit. It is proposed that how to accelerate the computing capability of eNB. The legacy multiprocessor architecture always is master-slave which need a control center to balance the usage of resource and making job assignments efficiently. Scalable-DU as Wireless Processing Units no need to have one control center to do these things and can execute jobs by themselves. It can be more adjustable and efficient for the assignment of the jobs and resource management. Besides, this thesis also designs the architecture of ALU which to support the various arithmetic calculations for the purpose of communication.
面向物联网海量连接的可扩展DU架构
本文介绍了一种新的可扩展du作为无线处理单元的效率体系结构。提出了如何提高eNB的计算能力。传统的多处理器体系结构通常是主从式的,需要一个控制中心来平衡资源的使用和高效地分配任务。可扩展du作为无线处理单元不需要一个控制中心来做这些事情,可以自己执行任务。对于作业的分配和资源管理,它可以更加可调和高效。此外,本文还设计了ALU的体系结构,以支持各种算术计算,实现通信。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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