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. As compared to a complex single processor based system, on-chip multiprocessors are less complex, more power efficient, and eas- ier to test and validate. In this work, we focus on an on-chip multipro- cessor where each processor has a local memory,(or cache). We demon- strate that, in such an architecture, allowing each processor to do off-chip memory,requests on behalf of other processors can improve overall per- formance over a straightforward strategy, where each processor performs off-chip requests independently. Our experimental results obtained using six benchmark,codes indicate large execution cycle savings over a wide range of architectural configurations.

Exploiting On-Chip Data Transfers for Improving Performance of Chip-Scale Multiprocessors