A study of the critical computational problems associated with strapdown inertial navigation systems
Analytic computational error models for strapdown inertial navigation systems
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Results for “Navigation”
Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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Navigation and guidance analysis of a Mars probe launched from a manned flyby spacecraft
Navigation and guidance analysis of Mars probe launched from manned flyby spacecraft
Bond, V. R.↗
Description of an analytic method for the determination of spacecraft window-induced navigation sighting errors
Analytical method for determination of window induced navigation instrument errors in Gemini spacecraft
Gadeberg, B. L.↗
Analysis of space stabilized inertial navigation systems
Analysis of space stabilized inertial navigation systems
Britting, K. R.↗
Navigation and guidance systems performance for three typical manned interplanetary missions
Venus flyby, Mars flyby, and Mars orbital mission to evaluate navigation and guidance systems for manned interplanetary spacecraft
Lowes, F. B.↗
Study of a multipath rejection technique applied to aircraft navigation by satellite Interim scientific report, 15 Jun. 1967 - 15 Mar. 1968
Null interference rejection for navigation system in aircraft-satellite link
Boardman, C.↗
Deep space communication and navigation study. Volume 2 - Communication technology Final report
Alternative types of communication systems for deep space probes and extent of aid spacecraft can provide for deep space navigation
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Deep space communication and navigation study. Volume 1 - Summary
Comparison of alternative means for high data rate communication from deep space probes, and deep space navigation by orbiting spacecraft
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Deep space communication and navigation study. Volume 3 - System considerations Final report
Systems analysis and performance of deep space communication equipment, and tracking and navigation studies on Earth-Mars flyby mission
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Study of a navigation and traffic control technique employing satellites. Volume 1 - Summary Interim report
User hardware, satellites, and ground stations for navigation and traffic control system for large aircraft, general aviation aircraft, and marine vessels
Otten, D. D.↗
Study of a Navigation and Traffic Control Technique Employing Satellites. Volume 2 - System Analysis Interim Report
Systems analyses of satellite constellation and ground station networks for navigation and traffic control techniques, and tracking accuracy and error analyses
Conrad, D. A.↗
Study of a navigation and traffic control technique employing satellites. Volume 3 - User hardware Interim report
User hardware configurations and requirements for navigation and air traffic control technique using satellites
Estersohn, N.↗
Study of a navigation and traffic control technique employing satellites. Volume 4 - Ground station and satellite Interim report
Ground stations, satellite equipment, and satellite design for navigation and air traffic control system consisting of two-orbit network with eight synchronous satellites in each orbit
Otten, D. D.↗
Future aspects of supersonic transport navigation
Supersonic transport navigation, guidance, and integrated avionics system
Pawlak, R. J.↗
Manned spacecraft navigation guidance and control
Technological problem areas in developing manned spacecraft navigation guidance and control systems
Creer, B. Y.↗
Communications and navigation satellites as aeronautical aids
Communication and navigation satellites for air traffic control
Van Atta, L. C.↗
A manual navigation method for evaluating transfer orbits for lunar landings
Manual navigation method for evaluating transfer orbits for lunar landings
Miller, G. K., Jr.↗