An analysis of the effects of discrete failures on the data processing subsystem is presented. A functional description of each discrete together with a list of software modules that use this discrete are included. A qualitative description of the consequences that may ensue due to discrete failures is given followed by a probabilistic reliability analysis of the data processing subsystem. Based on the investigation conducted, recommendations were made to improve the reliability of the subsystem
Multiprogramming subsystem implementation by time sharing computer in tracking statio
Quality of software not only is vital to the successful operation of the space station, it is also a...
Operational and historic data for 350 spacecraft from 52 U.S. space programs were analyzed for on-or...
Analytical tools, methods and techniques for assessing the design and performance of the space shutt...
Developments in communications systems, computer systems, and power distribution systems for the spa...
Theory and techniques for design, analysis, and fault diagnosis of reliable spacecraft data system
The shuttle system of interest in this paper is the shuttle's data processing system (DPS). The DPS ...
Results are presented of systems analyses of the avionics software of the space shuttle orbiter
The indicated failures of the inertial coupling unit were investigated. The coupling data unit assem...
Characteristics of Space shuttle data management system for data transmission and service for avioni...
The software for selected space shuttle components are examined for potential problem areas and poss...
This software provides an automated capability to measure and qualify the frequency stability perfor...
The results of the Independent Orbiter Assessment (IOA) of the Failure Modes and Effects Analysis/Cr...
The space life performance of 57 Goddard Space Flight Center spacecraft is given. The time distribut...
Automatic malfunction analysis by discrete network simulation for selected networks of Saturn IC STA...
Multiprogramming subsystem implementation by time sharing computer in tracking statio
Quality of software not only is vital to the successful operation of the space station, it is also a...
Operational and historic data for 350 spacecraft from 52 U.S. space programs were analyzed for on-or...
Analytical tools, methods and techniques for assessing the design and performance of the space shutt...
Developments in communications systems, computer systems, and power distribution systems for the spa...
Theory and techniques for design, analysis, and fault diagnosis of reliable spacecraft data system
The shuttle system of interest in this paper is the shuttle's data processing system (DPS). The DPS ...
Results are presented of systems analyses of the avionics software of the space shuttle orbiter
The indicated failures of the inertial coupling unit were investigated. The coupling data unit assem...
Characteristics of Space shuttle data management system for data transmission and service for avioni...
The software for selected space shuttle components are examined for potential problem areas and poss...
This software provides an automated capability to measure and qualify the frequency stability perfor...
The results of the Independent Orbiter Assessment (IOA) of the Failure Modes and Effects Analysis/Cr...
The space life performance of 57 Goddard Space Flight Center spacecraft is given. The time distribut...
Automatic malfunction analysis by discrete network simulation for selected networks of Saturn IC STA...
Multiprogramming subsystem implementation by time sharing computer in tracking statio
Quality of software not only is vital to the successful operation of the space station, it is also a...
Operational and historic data for 350 spacecraft from 52 U.S. space programs were analyzed for on-or...