Difference between revisions of "GPU Models"
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== AMD's Compute-GPU Model == | == AMD's Compute-GPU Model == | ||
=== MICRO-48 Tutoral === | === MICRO-48 Tutoral === | ||
| − | A tutorial was held in conjunction with MICRO-48. We have made the slides available from our 2015 tutorial titled: [[File:AMD_gem5_APU_simulator_micro_2015_final.pptx | The AMD gem5 APU Simulator: Modeling Heterogeneous Systems in gem5]]. | + | A tutorial was held in conjunction with MICRO-48. We have made the slides available from our 2015 tutorial titled: [[:File:AMD_gem5_APU_simulator_micro_2015_final.pptx | The AMD gem5 APU Simulator: Modeling Heterogeneous Systems in gem5]]. |
=== Compute GPU Workloads === | === Compute GPU Workloads === | ||
Revision as of 12:24, 20 April 2017
Contents
AMD's Compute-GPU Model
MICRO-48 Tutoral
A tutorial was held in conjunction with MICRO-48. We have made the slides available from our 2015 tutorial titled: The AMD gem5 APU Simulator: Modeling Heterogeneous Systems in gem5.
Compute GPU Workloads
Emualted CL Runtime
- Download the emulated OpenCL runtime.
OpenCL Compiler
CLOC is used to compile OpenCL kernels for use with gem5's GPU compute model. The most recent revision of CLOC that is known to work with gem5 is:
commit cf777856cfce86d11ea97c245992971159b85a4d
Rondinia Benchmark Suite
ARM's NoMali GPU Model
The NoMali GPU model models the interface used by ARM Mali GPUs. The model does not render or compute anything, but can be used to fake a GPU. This enables Android and ChromeOS experiments without software rendering which would otherwise make simulation results extremely misleading. It was presented in the 2015 gem5 User Workshop.
Getting started instructions are currently available for Android 4.4 (KitKat).
