TRACE-DRIVEN APPROACH INTEGRATION IN GEM5
Gem5 Simulator System http://gem5.org/Main_Page
For more information about Gem5 Accuracy Evaluation please read the paper:
For more information about our TD approach please read the paper:
Our trace-driven implementation is compatible with the last stable version of gem5 (Oct 2014). To download the last version of gem5-stable:
hg clone http://repo.gem5.org/gem5-stable
In order to collect and replay traces you can apply our patch (link below):
patch < TD-v1.patch
Link to download the patch: TD-v1
Please do not forget to compile gem5.opt file before. Note that our implementation was tested with ARM ISA. However it can be easily adopted to other ISAs.
The test script file for TD simulation is gem5-stable/configs/example/TD_v3_hotspot.py This file contains the path to the test traces:
traces_4th = [ '../traces/hotspot/body/4th_32kb_1s_3ns_30ns_2ghz_0.tra', '../traces/hotspot/body/4th_32kb_1s_3ns_30ns_2ghz_1.tra', '../traces/hotspot/body/4th_32kb_1s_3ns_30ns_2ghz_2.tra', '../traces/hotspot/body/4th_32kb_1s_3ns_30ns_2ghz_3.tra']
These traces are collected by running the Rodinia benchmark Hotspot application on the top of the following architecture: 4 ARM cores, 2GHz core clock, 32 kB I/D cache size, 3ns L1 cache latency , 30ns DDR memory latency. Put the mentioned files (link below) to the right folder.
Link to download the trace files: hotspot.tar
To run the test script :
If you have more questions feel free to contact us.
BUTKO Anastasiia email@example.com