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How to measure Multi-Instruction, Multi-Core Processor Performance using Simulation

How to measure Multi-Instruction, Multi-Core Processor Performance using Simulation . Deepak Shankar Darryl Koivisto Mirabilis Design Inc. Multi-Core/Processor Benchmarking Solution. Speedup equations that take into account parallel execution Speedup_Factor, Multi_Instr_Mhz, Multi_Core_Mhz

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How to measure Multi-Instruction, Multi-Core Processor Performance using Simulation

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  1. How to measure Multi-Instruction, Multi-Core Processor Performance using Simulation Deepak Shankar Darryl Koivisto Mirabilis Design Inc.

  2. Multi-Core/Processor Benchmarking Solution • Speedup equations that take into account parallel execution • Speedup_Factor, Multi_Instr_Mhz, Multi_Core_Mhz • Modeling Platform that supports multi-instruction, multi-core topologies using routing tables • Create models for different processor memory, and connectivity configurations • Scaleable infrastructure for end-users to experiment with their specific variations • Processor Models that support published benchmarks • Key parameters, multi-instruction per cycle, shared cache • Multiple instances, scriptable pipeline • Ability to correlate baseline results to hardware tests • Interactive and graphical demonstration of the benchmark results • Hundreds of built-in statistics Mirabilis Designã Inc. Confidential

  3. Multi-Processor Benchmark Model Mirabilis Designã Inc. Confidential

  4. Detailed Benchmark Results Mirabilis Designã Inc. Confidential

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