Applying real-time operations to integrate and evaluate Space Station Freedom design
G. Schmidt, David A. Winkler
Abstract
G. Schmidt, David A. Winkler
Abstract
During its 30 year lifetime, Space Station Freedom will provide unique opportunities for a variety of research, commercial and space exploration activities. The diversity of Freedom's on-orbit operations and the partitioning of the spacecraft's flight elements and systems requires consideration of operations early in the design development. This paper presents a method for defining a structured relationship between Space Station Freedom real-time operations and system functionality, and discusses how this relationship can be used when evaluating the spacecraft design.
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During its 30 year lifetime, Space Station Freedom will provide unique opportunities for a variety of research, commercial and space exploration activities. The diversity of Freedom's on-orbit operations and the partitioning of the spacecraft's flight elements and systems requires consideration of operations early in the design development. This paper presents a method for defining a structured relationship between Space Station Freedom real-time operations and system functionality, and discusses how this relationship can be used when evaluating the spacecraft design.
Key concepts: Space Station Freedom, Spacecraft, Variety (cybernetics), Space (punctuation), Degrees of freedom (physics and chemistry), Orbit (dynamics), Computer science, Systems engineering