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Enabling On-Chip Diversity Through Architectural Communication Design †
| Content Provider | CiteSeerX |
|---|---|
| Abstract | Abstract- In this paper, we explore a new concept, called on-chip diversity, and introduce a design methodology for such emerging systems. Simply speaking, on-chip diversity means mixing different architectures and/or technologies in a multiple voltage/frequency island setup in order to achieve the highest levels of performance, fault-tolerance and the needed flexibility in SoC design. As the main contribution, we present the challenges in implementing an efficient communication architecture for on-chip diversity and outline a unified framework which addresses some of these issues. We then provide comparative experimental results and make a qualitative analysis of different architectural choices in the design of the on-chip communication. Having the acoustic beamforming as driver application, we show that an efficient communication infrastructure can be constructed by carefully |
| File Format | |
| Access Restriction | Open |
| Subject Keyword | On-chip Diversity Architectural Communication Design On-chip Diversity Soc Design Efficient Communication Infrastructure Qualitative Analysis Driver Application On-chip Communication Multiple Voltage Frequency Island Setup Needed Flexibility Different Architectural Choice Design Methodology Different Architecture Unified Framework Efficient Communication Architecture Acoustic Beamforming Comparative Experimental Result |
| Content Type | Text |
| Resource Type | Article |
