| | GSRC Student Profile:
Research Overview: Stochastic Communication
My research focuses on the implications of communication theories in the field of VLSI and embedded networked systems. More precisely, I am exploring the problems of performance analysis and alternative communication paradigms for Network-on-Chip architectures. The objective of my research is to provide an analytical framework of non-conventional communication schemes which will ensure fault-tolerant architectures. Towards this end, I have proposed a theoretical framework for on-chip stochastic communication and have investigated the design implications of a biologically-inspired approach. The proposed model is based on three types of interactions between adjacent nodes: spreader-ignorant, spreader-spreader, and spreader-stifler. The network topology (e.g., the mesh topology) and the particularity of interactions between neighbor nodes affect the dynamics of the packet dissemination process.
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