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Asynchronous Bypass Channels: Improving Performance for Multi-Synchronous NoCs

机译：异步旁路通道：改善多同步NoC的性能

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Tushar N. K. Jain; Paul V. Gratz; Alex Sprintson; Gwan Choi;
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年度 2010
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1. Asynchronous Bypass Channels for Multi-Synchronous NoCs: A Router Microarchitecture, Topology, and Routing Algorithm [J] . Jain T. N. K., Ramakrishna M., Gratz P. V., Computer-Aided Design of Integrated Circuits and Systems, IEEE Transactions on . 2011,第11期

机译：多同步NoC的异步旁路通道：路由器微体系结构，拓扑和路由算法
2. Virtual Channels and Multiple Physical Networks: Two Alternatives to Improve NoC Performance [J] . Yoon Y.J., Concer N., Petracca M., IEEE Transactions on Computer-Aided Design of Integrated Circuits and Systems . 2013,第12期

机译：虚拟通道和多个物理网络：提高NoC性能的两种选择
3. Improved Performance Analysis for Maximal Ratio Combining in Asynchronous CDMA Channels [J] . Wan Choi, Andrews J.G. IEEE transactions on wireless communications . 2007,第9期

机译：异步CDMA信道中最大比率组合的改进性能分析
4. Asynchronous Bypass Channels: Improving Performance for Multi-synchronous NoCs [C] . Jain Tushar N. K., Gratz Paul V., Sprintson Alex, Fourth ACM/IEEE International Symposium on Networks-on-Chip . 2010

机译：异步旁路通道：提高多同步NoC的性能
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7. A multi-synchronous bi-directional NoC (MBiNoC) architecture with dynamic self-reconfigurable channel for the GALS infrastructure [O] . Kamal, Rajeev, Moreno Aróstegui, Juan Manuel 2017

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Asynchronous Bypass Channels: Improving Performance for Multi-Synchronous NoCs

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