swSpTRSV Sparse triangular solve for Sunway architecture 1.Login to Sunway TaihuLight Land the homepage of the National Supercomputing Center in Wuxi: http://www.nsccwx.cn/wxcyw/ Select one VPN service: 'Telecom', 'Unicom' or 'China Mobile' on the top of the website. Please choose the best one for better connection. Login to Sunway TaihuLight Supercomputer: ssh 41.0.0.188 Please email to clarencewxl@gmail.com for further questions. 2.Experiments for the Temperature Map Build the binary: cd ./SpTRSV_map makeall.sh Run a single benchmark ./test.sh -I benchmark_name Note: The names of all the benchmarks are listed in the file: benchmarks_list in the same directory The referenced output can be found in the following format: Filename: ../triangular_files/atmosmodd.cscu, PRODUCER_CONSUMER_ROWS: 8 CACHE_X_V4: 1024 Average time is 0.005880s, Average MFlops is 1499.029826 Use nohup to run all the benchmarks nohup ./total_run.sh & Note: Use bjobs to check whether the jobs finish or not. Each job will produce a new file in the subdirectory 'results' in the current directory. The referenced performance results are listed in the file 'ref_map' in the current directory. Note: There are totally 4x6x2057=49368 works and will cost about 36 hours. You do not need to wait for finishing all the test cases and can compare the result of any case with the referenced result as long as it is finished. 3.Experiments for the Scatter Plot Build the binary: cd ./SpTRSV_tuning make Run a single benchmark ./run.sh -I benchmark_name Note: The names of all the benchmarks are listed in the file: benchmarks_list in the same directory The referenced output can be found in the following format: SwSpTRSV: Filename is ../triangular_files/atmosmodd.cscu Average time is 0.005869s, Average MFlops is 1501.908293 Serial: Filename is ../triangular_files/atmosmodd.cscu Average time is 0.110587s, Average MFlops is 79.710070 level-sets: Filename is ../triangular_files/atmosmodd.cscu Average time is 0.055369s, Average MFlops is 159.201148 Use nohup to run all the benchmarks nohup ./total_run.sh & Note: Use bjobs to check whether the jobs finish or not. Each job will produce a new file in the subdirectory 'results' in the current directory. The referenced performance results are listed in the file 'ref_SwSpTRSV', 'ref_serial' and 'ref_levelsets' in the current directory. Note: There are totally $2057$ works and will cost about 2 hours. You do not need to wait for finishing all the test cases and can compare the result of any case with the referenced result as long as it is finished.