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RASMAP: An Efficient Heuristic Application Mapping Algorithm for Network-on-Chips

Year: 1395
COI: ICIKT08_027
Language: EnglishView: 492
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Rasoul Seidi Piri - Member of Young Researchers and Elite Club ,Bourojerd Branch, Islamic Azad university Bourojerd,Iran
Ahmad Patooghy - Department of Computer Engineering, Iran University of Science & Technology Tehran, Iran
Sima Afsharpour - School of Computer Science, Institute for Research in Fundamental Sciences (IPM) Tehran, Iran
Mahdi Fazeli - Department of Computer Engineering, Iran University of Science & Technology Tehran, Iran


This paper proposes and evaluates a performance efficient application mapping algorithm for mesh-based NoCs. The proposed algorithm first prioritizes tasks of the given application graph based on their total in/out communication traffic. Then a task with the most communication traffic is selected and mapped onto the center part of the mesh topology i.e., a core with the most available communication channels. After that, repeatedly, the next task is selected in a way that has the most communications with the already mapped tasks. Such a task is mapped onto the core which its degree is proportional to the tasks link degree. The proposed method is evaluated by Noxim which is a cycle-accurate NoC simulator in terms of communication cost i.e., to total number of packets traversed through the network to complete the application graph. The proposed method is compared with several previously proposed mapping algorithms including NMAP, CMAP, LMAP, PSMAP, and CASTNET. Comparisons show that the proposed method offers better performance and consumes lower energy in the network.


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Seidi Piri, Rasoul and Patooghy, Ahmad and Afsharpour, Sima and Fazeli, Mahdi,1395,RASMAP: An Efficient Heuristic Application Mapping Algorithm for Network-on-Chips,The Eighth International Conference on Information and Knowledge Technology,Hamadan,

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