| Title | Design and analysis of a mesh-based Adaptive Wireless Network-on Chips Architecture With Irregular Network Routing |
| Publication Type | Conference Paper |
| Year of Publication | 2019 |
| Authors | Poovendran, R, Billclinton., S, Darshan., R, Dinakar., R, Fazil., M |
| Conference Name | 2019 IEEE International Conference on System, Computation, Automation and Networking (ICSCAN) |
| Keywords | Benchmark testing, Communication system security, Computer architecture, core messages, gainful remote handsets, irregular Network routing, mesh topology, mesh-based adaptive Wireless Network-on chips architecture, metallic interface, Metrics, MulticoreArchitecture, network on chip security, network routing, Network-on Chip structures, network-on-chip, pubcrawl, remote information transmission, remote Network-on-Chip, Resiliency, Scalability, telecommunication traffic, Telephone sets, token sharing arrangement, wireless channels, Wireless communication, wireless network, Wireless Network-on Chip, Wireless Router, Wires |
| Abstract | The metallic interface for between core messages expends wealth influence and lesser throughput which are huge in Network-on Chip (NoC) structures. We proposed a remote Network-on-Chip (NoC) building Wireless Network-on Chip that uses power and imperatives gainful remote handsets to improve higherenergy and throughput by altering channels as indicated by traffic plans. Our proposed computations uses interface use bits of knowledge to redispensreal platforms, and a vitality funds of 29-35%. Wireless channels and a token sharing arrangement to totally use the remote information transmission successfully. Remote/electrical topological with results demonstrates a through-put advancement of 69%, a speedup between 1.7-2.9X on real platform, and an power savings of 25-38%. |
| DOI | 10.1109/ICSCAN.2019.8878683 |
| Citation Key | poovendran_design_2019 |
Design and analysis of a mesh-based Adaptive Wireless Network-on Chips Architecture With Irregular Network Routing