3D Bidirectional-Channel Routing Algorithm for Network-Based Many-Core Embedded Systems

Tsai, Wen–Chung; Weng, Yi-Yao; Wei, Chun-Jen; Chen, Sao-Jie; Hu, Yu

doi:10.1007/978-94-007-7262-5_35

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2015

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“…One major design criterion of an adaptive algorithm is that it should be deadlock free. This is ensured either by restricting turns or ensuring that channel dependency graph has no cycles [12]. Adaptive routing may follow a non-minimal path.…”

Section: If a Path Between Source To Destination Exists Viamentioning

confidence: 99%

2D Hexagonal Mesh Vs 3D Mesh Network on Chip: A Performance Evaluation

Saini¹

2015

IJCDS

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3D Network on Chip (NoC) has emerged as a new platform to meet the performance requirements and scaling challenges of System on Chip. More investigations require addressing challenges in multiport topologies, minimizing foot printing of nodes and interconnections of wires. This paper discusses multi-port NoC topologies and routing in 2D hexagonal and 3D mesh NoC. Deadlock free routing for 2D hexagonal mesh topology is compared to ZXY routing in 3D mesh with similar number of nodes. Routing algorithms shows promising results, thus making the architecture and algorithm more suitable for the future NoC design.

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Section: If a Path Between Source To Destination Exists Viamentioning

confidence: 99%

2D Hexagonal Mesh Vs 3D Mesh Network on Chip: A Performance Evaluation

Saini¹

2015

IJCDS

View full text Add to dashboard Cite

show abstract

3D Bidirectional-Channel Routing Algorithm for Network-Based Many-Core Embedded Systems

Cited by 1 publication

References 8 publications

2D Hexagonal Mesh Vs 3D Mesh Network on Chip: A Performance Evaluation

2D Hexagonal Mesh Vs 3D Mesh Network on Chip: A Performance Evaluation

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