Self-alignment techniques for strapdown inertial navigation systems with aircraft application
Commercial aircraft strapdown inertial navigation systems, examining initial self alignment techniques
Britting, K. R.↗
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An analysis of a navigation scheme for MLRV
Manned lunar roving vehicle /MLRV/ navigation scheme based on dead reckoning concept, discussing instruments effectiveness for vehicle velocity and orientation measurements
Hung, J. C.↗
A guidance and navigation system for automatic station-keeping in a near-earth orbit
Guidance and navigation system design for automatic stationkeeping one earth orbiting vehicle with respect to other
Gustafson, D. E.↗
In-flight calibration of a navigation instrument
Navigation instrument geometrical calibration by natural satellites and reference stars during interplanetary flight
Duxbury, T. C.↗
A spacecraft-based navigation instrument for outer planet missions
Spacecraft-based navigation instruments for outer planet missions using celestial directions to outer planet natural satellites
Duxbury, T. C.↗
The effects of major error sources on planetary spacecraft navigation accuracies
Preflight error statistics of earth based Doppler tracking for Mariner navigation concerning Mars 1971 and Venus-Mercury 1973 missions
Jordan, J. F.↗
Navigation results on the Mariner mission to Mars - 1969
Mariner 6 and 7 navigational accuracies prior to time of planetary encounter
Fearey, J. P.↗
Global navigation and traffic control using satellites
Global digital navigation and traffic control system via satellites, discussing position determination, surveillance and communication requirements
Brandel, D. L.↗
Navigating the grand tours
Grand tours navigation system consisting of deep space network radio and onboard TV for future TOPS /Thermoelectric Outer Planet Spacecraft/ applications
Ball, J. E.↗
Experimental strapdown redundant sensor inertial navigation system
Strapdown redundant experimental sensor inertial navigation package containing gyros and accelerometers, discussing signal real time processing by digital computer
Evans, F. A.↗
Systems for dead-reckoning navigation and for simulation of instrumental error - Concepts
Navigational system for manned lunar vehicles is intended for travel totaling 30 km within 5 km of home base, total distance traveled must be indicated with 2 percent accuracy. Hardware includes two two-degrees-of-freedom gyroscopes, odometers, tachometers, and signal processing equipment.
Green, W. L.↗
Automatic landing system optimization using inertial navigation data and modern control theory
Automatic landing system optimization using inertial navigation data and modern control theory
Mac Kinnon, D.↗
A study of problems in aircraft navigation and control Final report
Investigating performance of various types of pure inertial and hybrid navigation systems
Britting, K. R.↗
Field tests using dead reckoning and monoptic video for remote lunar surface navigation
Field tests of simulated remote navigation control system for lunar surface vehicle
Broussard, P. H., Jr.↗
The applications of satellites to communications, navigation and surveillance for aircraft operating over the contiguous United States. Volume 1 - Technical report
Satellite applications to aircraft communications, navigation, and surveillance over US including synthesized satellite network and aircraft equipment for air traffic control
Craigie, J. H.↗
The applications of satellites to communications, navigation and surveillance for aircraft operating over the contiguous United States. Volume 2 - Appendices
Location/identification transmitter and equipment for use in satellite applications in aircraft communication, navigation, and surveillance for US air traffic control
Clark, G. E.↗
Space shuttle guidance, navigation and control design equations. Volume 4 - Deorbit and atmospheric operations
Mathematical models and orbital mechanics for space shuttle guidance, control, and navigation during deorbit and atmospheric operations
Cox, K. J.↗
Project/Space Shuttle - Space shuttle guidance, navigation and control design equations, volume 1
Introductory information for equations to perform guidance, navigation, and control onboard computation functions for space shuttle orbiter
Source record↗