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Trace-driven cache simulation is the most widely used method to evaluate different cache structures. Several techniques have been proposed to reduce the simulation time of sequential trace-driven simulation. An obvious way to achieve fast parallel simulation is to simulate the individual independent sets of a cache concurrently on different compute resources. We propose improvements to current trace-driven...
Caches play a major role in the performance of high speed computer systems. Trace driven simulator is the most widely used method to evaluate cache architectures. However, as the cache design moves to more complicated architectures, along with the size of the trace is becoming larger and larger. Traditional simulation methods are no longer practical due to their long simulation cycles. Several techniques...
Visualization, interaction, and simulation (VIS) constitute a class of applications that is growing in importance. This class includes applications such as graphics rendering, video encoding, simulation, and computer vision. These applications are ideally suited for accelerators because of their parallelizability and demand for high throughput. We compile a benchmark suite, VIS- Bench, to serve as...
Cache memories have proven their effectiveness in the von Neumann architecture when localities of reference govern the execution loci of programs. A pure dataflow program, in contrast, contains no locality of reference since the execution sequence is enforced only by the availability of arguments. Instruction locality may be enhanced if, dataflow programs are reordered. Enhancing the locality of data...
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