MIDCOURSE GUIDANCE USING RADIO TECHNIQUES
Earth-based radio command of midcourse guidance for lunar flights is described, noting spacecraft, tracking station, and computing facility requirements
RADIO CONTROL↗
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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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Survey of atmosphere re-entry guidance and control methods
Atmospheric reentry guidance and control methods - bibliography
GUIDANCE AND CONTROL↗
1964 state of the art navigation, guidance and control
Current status of navigation, guidance, and control
NAVIGATION AND GUIDANCE↗
Explicit and unified methods of spacecraft guidance applied to a lunar mission.
Unified lunar spacecraft guidance of major and minor maneuvers during accelerated and coasting flight
LUNAR FLIGHT↗
Problems in space navigation and guidance.
Navigation and guidance problems involving flight path calculations and spacecraft state vector evaluation, using Mars midcourse navigation as example
FLIGHT PATH↗
Apollo command module and lem guidance and navigation systems.
Guidance and navigation equipment used by both Apollo service module and lunar excursion module
LUNAR EXCURSION MODULE /LEM/↗
A lunar landing guidance system for soft- precision landings.
Guidance system for accurate soft lunar landing including error sensitivities evaluation and applications to Saturn V Lunar Logistic Vehicle
SATURN V LAUNCH VEHICLE↗
Planetary approach guidance.
Onboard optical guidance system for planet-bound spacecraft including covariance matrices for orbital parameters, system and instrument biases and parametric course accuracy curves
INTERPLANETARY NAVIGATION↗
Application of the continuous and discrete strategies of minimum effort theory to interplanetary guidance.
Minimum effort theory for interplanetary spacecraft guidance and control
TRAJECTORY CONTROL↗
Midcourse guidance for mariner mars 1964.
Earth-based midcourse guidance for Mariner Mars 1964 space probe, using small rocket engine to obtain desired trajectory correction
SPACECRAFT GUIDANCE↗
Midcourse navigation, guidance and control simulation techniques for a manned spacecraft
Midcourse navigation, guidance, and control simulation techniques for manned spacecraft
FLIGHT SIMULATION↗
Study of basic requirements for a navigation, guidance, and control system for an unmanned lunar landing vehicle Final summary report
Sensor requirements for spaceborne navigation, guidance, and control system for unmanned lunar landing vehicle
GUIDANCE SENSOR↗
Linear theory of impulsive velocity corrections for space mission guidance
Linear guidance equations for impulse velocity corrections in space missions
MIDCOURSE GUIDANCE↗
Guidance System Component Correlation Testing and Studies Semiannual Status Report, 1 May - 31 Oct. 1965
Gyroscopic drift and Markov process research in inertial guidance system components study
INERTIAL GUIDANCE↗
Interplanetary midcourse guidance using radar tracking and on-board observation data
Performance of midcourse guidance and navigation systems for manned interplanetary missions using radar tracking and on-board observation data
MIDCOURSE GUIDANCE↗
Lunar excursion module mission and related guidance and control functions.
Navigation, guidance and control systems to meet basic trajectory and crew safety requirements of LEM
LUNAR EXCURSION MODULE /LEM/↗
A direct and analytical solution for space flight guidance functions.
Direct and analytical solution of polynomial-type guidance functions for optimal space flight
GUIDANCE AND CONTROL↗
Automatic celestial guidance. II - New challenge to designers' ingenuity.
Electro-optical automatic celestial guidance system for spacecraft and satellites
GUIDANCE SENSOR↗