==== Simple Pin-tool based simulator to evaluate emerging memory technologies ==== == Preparation == To compile the simulator with Pin-tool, in theory you only have to run make The Makefile script will see that you don't have the Pin tool installed, so it will download and prepare one for you. After that, it will proceed and compile the simulator. == Run a simulation == I run simulations like this: make && ./pin/pin -t obj-intel64/nvramsim.so -- <command> After this, the following outputs will be created: nvramsim_stats_<PROCESS-ID>.txt stats_cache.txt {stderr} output with some CSV statistics == Workloads preparation == You should prepare the workloads once, before running the first simulation ever. Preparation includes downloading and/or generating some input files. To prepare the workloads, run the following command: ./workloads_prepare == Workload execution == I executed the following workloads: Compression of a large tiff image: make && ./pin/pin -t obj-intel64/nvramsim.so -- gzip workloads/hs-2006-10-a-hires_tif.tif -c >/dev/null Compression of a large jpeg image: make && ./pin/pin -t obj-intel64/nvramsim.so -- gzip workloads/isaac_tmo_2012241_lrg.jpg -c >/dev/null
AXLEproject/nvram-sim
Non-Volatile and 3D stacking memory simulator, using Pin binary recompilation tool
C++