Accession Number : ADP003383

Title :   Fault Tolerant Spaceborne Computer,


Personal Author(s) : Bates,D. R. , Jr. ; Schell,J. E. ; Couranz,G. R.

Report Date : JAN 1984

Pagination or Media Count : 14

Abstract : Autonomous spacecraft control and data processing have recently become realizable due to advanced fault tolerant techniques coupled with the development of very high scale integrated circuits. A method of utilizing present integrated circuit componentry with future technology insertion has been developed on the FTSC Program. The FTSC is designed to support a variety of spaceborne missions with a 95% probability in performance, for five to seven years. Besides easing the ground station scheduling requirements, this capacity increases the overall satellite survivability. The purpose of this paper is to present a concept of achieving the survivability by the utilization of various fault tolerant techniques.

Descriptors :   *Space systems, *Digital computers, *Attitude control systems, Computer architecture, Integrated circuits, Central processing units, Spaceborne, Reliability, Space technology, Survivability, Computer aided instruction, Read only memories, Microprogramming

Distribution Statement : APPROVED FOR PUBLIC RELEASE