Applications of inertial navigation and modern control theory to the all weather landing problem
Inertial navigation and automatic landing control theory applied to instrument landing problem
Broxmeyer, C.↗
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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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Sextant sighting performance in the Ames midcourse navigation and guidance simulator
Navigation and guidance simulator for identifying performance capabilities of human operator during translunar or midcourse flight
Lampkin, B. A.↗
Man-computer role in space navigation and guidance Final report
Man computer roles and hardware requirements for navigation and guidance in deep space manned missions
Crumley, L. P.↗
Application of statistical smoothing techniques to inertial navigation
Statistical smoothing techniques for inertial navigation system of ships
Mehra, R. K.↗
Satellite navigation systems.
Satellite navigation systems for long range aircraft position fixing for air traffic control improvement
Keane, L. M.↗
Future aspects of supersonic transport navigation.
Supersonic transport integrated avionics system technology requirements research program, discussing optimum navigation and guidance mechanisms integration goal
Pawlak, R. J.↗
Recent progress in navigation satellites.
Navigation satellites system designed for ATC without requirement for onboard transmitter, discussing spectrum occupancy, satellite power, lane ambiguities and computational procedures
Keane, L. M.↗
Optical guidance and navigation instrumentation for manned space flight.
Spacecraft optical guidance, navigation and control instrumentation selection criteria for manned space missions, discussing space flight observable data role
Moskowitz, S.↗
Description of an analytic method for the determination of spacecraft window-induced navigation sighting errors.
Spacecraft window induced optical navigation instrument sighting errors determined by analytic method
Gadeberg, B. L.↗
Gyro reliability in the Apollo Guidance, Navigation, and Control system.
Apollo gyro reliability covering guidance, navigation and control systems, stressing failure mode prediction
Feldman, J.↗
Inertial navigation.
Strapdown and gimballed inertial navigation systems history, engineering progress and current developments
Duncan, R. C.↗
Navigation and guidance of a hypersonic/rocket two-stage launch vehicle for a rendezvous mission.
Navigation and guidance of two stage hypersonic/ rocket spacecraft launch vehicle for rendezvous mission
Retka, J. A.↗
Linear smoothing using measurements containing correlated noise with an application to inertial navigation.
Linear maximum likelihood smoothing for case of measurements containing noise with correlation times comparable to response time, noting application to inertial navigation
Bryson, A. E., Jr.↗
Technology for lunar surface navigation.
Lunar surface navigation system accuracy in post Apollo period compared with performance requirements
Odden, R. B.↗
Launch pad alignment of a strapdown navigator by the Kalman filter.
Strapdown inertial navigator alignment and calibration in swaying launch vehicle on pad, using optimal recursive linear filter
Bellantoni, J. F.↗
Earth-based navigational capabilities for planetary missions.
Baseline navigation system for planetary missions using two way Doppler
Hamilton, T. W.↗
Approach-navigation and entry corridors for planetary atmosphere braking.
Approach navigation accuracy for planetary atmosphere braking to orbit about Mars and Venus
Eyman, J. R.↗