片上网络无虚通道隔离路由算法
谢瑞莲， 焦继业， 刘有耀 - 计算机辅助设计与图形学学报, 2021 - jcad.cn
子网隔离方法是解决片上网络众核处理器中大量应用程序并发执行时通信数据流相互干扰的
重要方法. 针对现有子网隔离路由算法只适用于某几种特定类型的不规则子网 …
重要方法. 针对现有子网隔离路由算法只适用于某几种特定类型的不规则子网 …
Design of a Virtual Channel Router Architecture for Low Power on Mesh-of-Grid Topology for Network on Chip
K Somasundaram - … and Communication Networks: Proceedings of ACN …, 2020 - Springer
Abstract System on chip (SoC) cannot handle the large communication systems due to
increasing number of applications. Network on chip (NoC) is an alternative technology to …
increasing number of applications. Network on chip (NoC) is an alternative technology to …
Allocating irregular partitions in mesh-based on-chip networks
Modern CMPs require sophisticated resource management in order to provide good
utilisation of the chip resources. There exists good allocation algorithms for compute …
utilisation of the chip resources. There exists good allocation algorithms for compute …
Design and Evaluation of Elastic Buffer Router Architecture for 3D NoC using Partially Vertically Connected 3D Topology
V Nallasamy, P Mohan… - Asian Journal of …, 2016 - indianjournals.com
The number of cores integrated on a single chip increases day by day as the semiconductor
technology increases. Network-on-Chip (NoC) architectures are viewed as a possible …
technology increases. Network-on-Chip (NoC) architectures are viewed as a possible …
Topology Agnostic Methods for Routing, Reconfiguration and Virtualization of Interconnection Networks
ÅG Solheim - 2012 - duo.uio.no
Modern computing systems, such as supercomputers, data centers and multicore chips,
generally require efficient communication between their different system units; tolerance …
generally require efficient communication between their different system units; tolerance …
[PDF][PDF] A Complete Bibliography of ACM Transactions on Embedded Computing Systems (TECS)
NHF Beebe - 2024 - ctan.math.utah.edu
[BCHL19, BCEP12, BM13, CP13a, CDBB24, CKGN14, CC14, CBH22a, CBH22b, CP13b,
DV13, DSD12, Edi13, FM12, GV21b, Goe14, GP07, HCK+08, HTLC10, Hüb13, JB02, JB03 …
DV13, DSD12, Edi13, FM12, GV21b, Goe14, GP07, HCK+08, HTLC10, Hüb13, JB02, JB03 …