Space Flight hardware and software designers are increasingly turning to Commercial-Off-the-Shelf (COTS) products in hopes of meeting the demands imposed on them by projects with short development cycle times. The Technology Validation Assurance (TVA) team at NASA GSFC has embarked on applying a method for inserting COTS hardware into the Spartan 251 spacecraft. This method includes Procurement, Characterization, Ruggedization/Remediation and Verification Testing process steps which are intended to increase the user's confidence in the hardware's ability to function in the intended application for the required duration. As this method is refined with use, it has the potential for becoming a benchmark for industry-wide use of COTS in high reliability systems.
Assurance of COTS Boards for Space Flight, Part 1
1999
10 pages
Report
Keine Angabe
Englisch
Unmanned Spacecraft , Manned Spacecraft , Space flight , Computer programs , Spacecraft design , Hardware , Product development , Software engineering , Space industrialization , Space commercialization , Aerospace industry , Temperature effects , Radiation effects , Aerospace vehicles , Ruggedness , Flow charts , Aerospace environments
Assurance of COTS Boards for Space Flight, Part 1
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