in some cases, it may be best to transfer the data to a faster computer for analysis and plotting.after running the tool, run the "plot_results.py" script in the "py_src" folder to load, concatenate, and plot the data.stop the script or shutdown the SBC to terminate the software.the test scripts will start assessing the system and logging data to a folder named with the start time in the "data" folder.run the start_tests.py script in the py_src directory.
#SYSTEM MONITOR DESKTOP PINS INSTALL#
run the install script in the "setup" directory.move the repository to the target computer.We encourage users to add capability and fix bugs and then submit merge/pull requests to have their improvements brought back to the repository for all to benefit from.
The best way to get these things addressed is to open an issue on GitHub® and/or email the developer ( Don't hesitate to reach out- it's likely others also have your questions/comments/concerns. It's hoped that this will be widely adopted by the aerospace avionics community, creating a common standard for radiation survivability of computers (especially commercial-off-the-shelf single board computers) and that the community will continually improve this tool. This tool is intended to provide a comprehensive, cross-platform (Windows®/Linux®, Intel®/ARM®, etc.) test suite geared towards assessing computer performance as they go through radiation testing. SMRT is a Python®-based software package intended to monitor computer system performance during radiation testing. System Monitor for Radiation Testing (SMRT)
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