Midcourse-guidance procedure with single position fix obtained from onboard optical measurements
Manual procedure for midcourse guidance and applications to Earth-Moon trajectories
Blackshear, W. T.↗
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Results for “GUIDANCE”
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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The development of Markov chain procedures for space guidance and navigation procedures Technical report, Sep. 1966 - Aug. 1967
Markov chain procedures for space guidance and navigation problems
Ainsworth, O. R.↗
Radio optical/strap down inertial guidance study for advanced kick stage applications. Volume 2 - /Detailed study results/ Final report
Radio/optical/strapdown inertial guidance systems
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Radio/optical/strapdown inertial guidance study for advanced kick stage applications. Volume 1 - Summary Final report
Radio/optical/strapdown inertial guidance systems for unmanned interplanetary flight
Layton, T. W.↗
Radio/optical/strapdown inertial guidance study for advanced kick stage applications. Volume 3 - State of the art surveys Final report
State of the art surveys of electro-optical sensors and strapdown inertial guidance system instruments and sensor assemblies for space probe applications
Source record↗
Guidance, flight mechanics and trajectory optimization. Volume 3 - The two-body problem
Two body problem for satellite guidance, flight mechanics, and trajectory optimization analyses
Tamburro, M. B.↗
Guidance, flight mechanics and trajectory optimization. Volume 4 - The calculus of variations and modern applications
Guidance, flight mechanics, and trajectory optimization - calculus of variations and modern applications
Mangad, M.↗
Guidance applications of a quasi-optimum control technique Final report
Quasi-optimal control technique for orbital injection guidance
Friedland, B.↗
AS-206A preliminary L/V operational trajectory and guidance presettings
S-1B stage steering program and iterative guidance mode presettings for mission AS-206A and associated launch vehicle operational trajectory and performance characteristics
Klug, G. W.↗
Effects of bias errors on interplanetary navigation and guidance system performance
Effect of bias errors on interplanetary navigation and guidance system performance
Rohde, P. J.↗
Astrodynamics, guidance and control review, number 1
Summary of studies on guidance techniques and control equipment, spacecraft computers, and mathematical methods for optimal control of spacecraft and launch vehicles
Source record↗
Guidance techniques for interplanetary flight
Injection, midcourse, and terminal guidance for interplanetary flight
Causey, W. E.↗
The mathematical and numerical analysis associated with optimal guidance concepts
Mathematical and numerical analysis by spacecraft computers for optimal guidance
Ingram, H.↗
Quasi-optimal trajectory analysis with multi- mission capability and guidance application
Quasi-optimal trajectory analysis computer program for optimal spacecraft guidance by iterative techniques
Burrows, R. R.↗
Saturn 5 manual backup guidance and control piloted simulation study
Piloted simulation studies of Saturn 5 launch vehicle manual backup guidance and control
Hardy, G. H.↗
Voyager spacecraft phase B, task D. Volume 2 - System description. Book 3 - Guidance and control, computer and sequencer, power subsystem, electrical system Final report
Baseline design and functional requirements of Voyager spacecraft guidance and control, computer and sequencer, and power subsystems, and electrical system
Source record↗
Centaur in retrospect - A technical survey of the Centaur inertial guidance system evolution from 1959 to 1967
Design survey review and evolution of Centaur inertial guidance system
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Mercury/Gemini program design survey. NASA/ERC design criteria program stability, guidance and control
Mercury/Gemini stability, guidance, and control equipment design criteria
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