Add to ORKGA review of the guidance, navigation and control projects in support of the space shuttle program was conducted. The subjects considered include the following: (1) functional and performance requirements, (2) mission requirements, (3) operating systems software definition, (4) orbit navigation using various sensors, (5) fault detection, isolation and recovery, and (6) passive rendezvous sensors requirements definition
The primary design and operations goal for the space shuttle program to provide low-cost transportat...
Development of onboard checkout equipment and performance monitoring capability for space shuttles -...
Development of time shared data bus concept for use with space shuttle guidance, navigation, and con...
Introductory information for equations to perform guidance, navigation, and control onboard computat...
The results of studies and software development activities are summarized. Technical reports and mem...
Completion of the final Space Shuttle flight marks the end of a significant era in Human Spaceflight...
The results of a study to analyze, design, and evaluate guidance and control systems are presented ...
Each system was chosen on the basis of its importance with respect to crew safety and mission succes...
Advanced computer, radiation, and inertial subsystem guidance and navigation requirements of interpl...
The results of the space shuttle automatic landing support program studies performed from November 1...
Guidance and control design studies that were performed for three specific space shuttle candidate v...
Unpowered automatic approaches and landings were conducted to study navigation, guidance, and contro...
Designs and data for selecting aerodynamic surface control and thrust vector control servoactuato
Analytical studies related to space shuttle navigation are presented. Studies related to the additio...
The shuttle GN&C software functions for horizontal flight operations are defined. Software functiona...
The primary design and operations goal for the space shuttle program to provide low-cost transportat...
Development of onboard checkout equipment and performance monitoring capability for space shuttles -...
Development of time shared data bus concept for use with space shuttle guidance, navigation, and con...
Introductory information for equations to perform guidance, navigation, and control onboard computat...
The results of studies and software development activities are summarized. Technical reports and mem...
Completion of the final Space Shuttle flight marks the end of a significant era in Human Spaceflight...
The results of a study to analyze, design, and evaluate guidance and control systems are presented ...
Each system was chosen on the basis of its importance with respect to crew safety and mission succes...
Advanced computer, radiation, and inertial subsystem guidance and navigation requirements of interpl...
The results of the space shuttle automatic landing support program studies performed from November 1...
Guidance and control design studies that were performed for three specific space shuttle candidate v...
Unpowered automatic approaches and landings were conducted to study navigation, guidance, and contro...
Designs and data for selecting aerodynamic surface control and thrust vector control servoactuato
Analytical studies related to space shuttle navigation are presented. Studies related to the additio...
The shuttle GN&C software functions for horizontal flight operations are defined. Software functiona...
The primary design and operations goal for the space shuttle program to provide low-cost transportat...
Development of onboard checkout equipment and performance monitoring capability for space shuttles -...
Development of time shared data bus concept for use with space shuttle guidance, navigation, and con...