Information is given in viewgraph form on the Space Station Freedom (SSF) Thermal Control System Automation Project (TCSAP). Topics covered include the assembly of the External Thermal Control System (ETCS); the ETCS functional schematic; the baseline Fault Detection, Isolation, and Recovery (FDIR), including the development of a knowledge based system (KBS) for application of rule based reasoning to the SSF ETCS; TCSAP software architecture; the High Fidelity Simulator architecture; the TCSAP Runtime Object Database (RODB) data flow; KBS functional architecture and logic flow; TCSAP growth and evolution; and TCSAP relationships
Analysis techniques to evaluate the effects of changing thermal loads and the methods utilized to co...
This presentation discusses ground based proof of concept hardware under development at NASA GSFC to...
The objectives of this presentation is to emphasize the (1) rationale to incorporate solar dynamic (...
Viewgraphs on thermal control systems technology discipline for Space Station Freedom are presented....
The NASA Systems Autonomy Demonstration Project (SADP) was initiated in response to Congressional in...
Viewgraphs on manned systems technology discipline for Space Station Freedom are presented. Topics c...
The Thermal Advanced Automation Project (TAAP) approach and architecture is described for automating...
Viewgraphs on thermal systems for the Space Station Freedom are presented. Topics covered include: t...
The 'restructured' baseline of the Space Station Freedom (SSF) has eliminated many of the growth opt...
The objective of the Thermal Control System Automation Project (TCSAP) is to develop an advanced fau...
A thermal control system was designed for the Space Station Freedom (SSF) sensor/electronics box (SS...
Viewgraphs on an advanced automation of a prototypic thermal control system for space station are pr...
Viewgraphs on data management system technology discipline for Space Station Freedom are presented. ...
The U.S. space program goals for long-duration manned missions place particular demands on thermal-c...
The goal of this program is to develop an improved capability for comparing various techniques for t...
Analysis techniques to evaluate the effects of changing thermal loads and the methods utilized to co...
This presentation discusses ground based proof of concept hardware under development at NASA GSFC to...
The objectives of this presentation is to emphasize the (1) rationale to incorporate solar dynamic (...
Viewgraphs on thermal control systems technology discipline for Space Station Freedom are presented....
The NASA Systems Autonomy Demonstration Project (SADP) was initiated in response to Congressional in...
Viewgraphs on manned systems technology discipline for Space Station Freedom are presented. Topics c...
The Thermal Advanced Automation Project (TAAP) approach and architecture is described for automating...
Viewgraphs on thermal systems for the Space Station Freedom are presented. Topics covered include: t...
The 'restructured' baseline of the Space Station Freedom (SSF) has eliminated many of the growth opt...
The objective of the Thermal Control System Automation Project (TCSAP) is to develop an advanced fau...
A thermal control system was designed for the Space Station Freedom (SSF) sensor/electronics box (SS...
Viewgraphs on an advanced automation of a prototypic thermal control system for space station are pr...
Viewgraphs on data management system technology discipline for Space Station Freedom are presented. ...
The U.S. space program goals for long-duration manned missions place particular demands on thermal-c...
The goal of this program is to develop an improved capability for comparing various techniques for t...
Analysis techniques to evaluate the effects of changing thermal loads and the methods utilized to co...
This presentation discusses ground based proof of concept hardware under development at NASA GSFC to...
The objectives of this presentation is to emphasize the (1) rationale to incorporate solar dynamic (...