We further present the novel dynamic virtual channel architecture with congestion awareness scheme to solve the low buffer utilization and eliminate various blockings.
5.提出了一种基于拥塞缓解的动态虚拟通道结构,用于解决片上路由器缓冲利用率低、阻塞现象频繁等缺陷。
参考来源 - 同步数据触发多核处理器体系结构关键技术研究After that, scalable dynamic buffer architecture is designed to adjust virtual channel depth at run-time.
然后设计了一种动态缓存结构,使得同一端口不同的虚拟通道能够共享所有空闲的缓存,充分利用了有限的缓存资源。
参考来源 - 片上网络路由器的缓存优化研究·2,447,543篇论文数据，部分数据来源于NoteExpress
提出虚拟通道的概念，方便了信号之间的相关分析。
It presents the concept of the dummy channels for the convenience of signal related analysis.
另外，如果提供更多的虚拟通道，该路由算法能使用这些额外的通道使限制的数目更少。
In addition, if more than the minimum number of virtual channels are available, the routing algorithm can use these additional channels with the fewest possible number of restrictions.
详细阐述了虚拟通道的概念、识别，虚拟通道和流量归类的映射对应关系以及虚拟通道的仲裁。
It illustrates the concept and identification of virtual channel, the mapping relation between virtual channel and traffic class and virtual channel arbitration.
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