Operating procedures for this redundant system are described. A test plan is developed with two objectives. First, performance of the hardware and software delivered is demonstrated. Second, applicability of multiple IMU systems to the space shuttle mission is shown through detailed experiments with FDI algorithms and other multiple IMU software: gyrocompassing, calibration, and navigation. Gimbal flip is examined in light of its possible detrimental effects on FDI and navigation. For Vol. 3, see N74-10296
Data are presented on G&N system performance and operation for the Command Module
The Inertial Upper Stage (IUS) System, an extension of the Space Transportation System (STS) operati...
Development of onboard checkout equipment and performance monitoring capability for space shuttles -...
A failure detection and isolation philosophy applicable to multiple off-the-shelf gimbaled IMUs are ...
Results of an investigation of velocity failure detection and isolation for 3 inertial measuring uni...
Candidate designs and their software implementation are presented for the Orbital Maneuvering System...
Characteristics of Space shuttle data management system for data transmission and service for avioni...
Results of flight tests of the Strapdown Inertial Reference Unit (SIRU) navigation system are presen...
Results of flight tests of the Strapdown Inertial Reference Unit (SIRU) navigation system are presen...
The theory, development, and test evaluations of the Strapdown Inertial Reference Unit (SIRU) are di...
Flight test results of the strapdown inertial reference unit (SIRU) navigation system are presented....
The background of the shuttle avionics system design and the unique drivers associated with the redu...
The description, results, and interpretation is presented of comparison testing between the High Acc...
Criteria and concepts for onboard checkout and monitoring system for space shuttle propulsion system...
The space shuttle inertial measurement unit (IMU) alinement algorith was examined to determine the m...
Data are presented on G&N system performance and operation for the Command Module
The Inertial Upper Stage (IUS) System, an extension of the Space Transportation System (STS) operati...
Development of onboard checkout equipment and performance monitoring capability for space shuttles -...
A failure detection and isolation philosophy applicable to multiple off-the-shelf gimbaled IMUs are ...
Results of an investigation of velocity failure detection and isolation for 3 inertial measuring uni...
Candidate designs and their software implementation are presented for the Orbital Maneuvering System...
Characteristics of Space shuttle data management system for data transmission and service for avioni...
Results of flight tests of the Strapdown Inertial Reference Unit (SIRU) navigation system are presen...
Results of flight tests of the Strapdown Inertial Reference Unit (SIRU) navigation system are presen...
The theory, development, and test evaluations of the Strapdown Inertial Reference Unit (SIRU) are di...
Flight test results of the strapdown inertial reference unit (SIRU) navigation system are presented....
The background of the shuttle avionics system design and the unique drivers associated with the redu...
The description, results, and interpretation is presented of comparison testing between the High Acc...
Criteria and concepts for onboard checkout and monitoring system for space shuttle propulsion system...
The space shuttle inertial measurement unit (IMU) alinement algorith was examined to determine the m...
Data are presented on G&N system performance and operation for the Command Module
The Inertial Upper Stage (IUS) System, an extension of the Space Transportation System (STS) operati...
Development of onboard checkout equipment and performance monitoring capability for space shuttles -...