Guidance analysis.
Unmanned spacecraft guidance policy and orbit determination, using linear perturbation theory and minimum variance estimation
SPACECRAFT GUIDANCE↗
SEARCH · Engineering Papers
Results for “GUIDANCE AND CONTROL”
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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An optimal guidance approximation theory.
Optimal guidance approximation synthesis via perturbation theory including linear, quadratic and higher order feedback approximation method
GUIDANCE AND CONTROL↗
Sourcebook on the space sciences.
Book on space science discussing orbits, trajectories, propulsion, guidance, tracking, solar system, universe, man in space, environments, meteorology, communication and navigation
SOLAR SYSTEM↗
Apollo guidance and navigation electronics.
Guidance computer of Apollo guidance and navigation system discussing setup, keyboard console and memory design
COMPUTER DESIGN↗
A dynamic programing analysis of multiple guidance corrections of a trajectory.
Adaptive guidance correction policy developed from dynamic programming point of view for perturbed trajectory of spacecraft
SPACECRAFT TRAJECTORY↗
Navigation and guidance analysis for a Mars mission Interim study report
Error propagation program simulating earth based tracking for navigation and guidance analysis of Mars mission
SPACECRAFT TRACKING↗
Effect of reduced computer precision on a midcourse navigation and guidance system using optimal filtering and linear prediction
Reduced computer precision effect on midcourse navigation and guidance system using optimal filtering and linear prediction
NAVIGATION AND GUIDANCE↗
Linear theory of impulsive velocity corrections for space mission guidance
Linear guidance equations for impulse velocity corrections in space missions
MIDCOURSE GUIDANCE↗
Conference on guidance theory and trajectory analysis
Guidance theory and trajectory analysis conference - research goals and programs in celestial mechanics, astrodynamics, computer utilization, and optimizational calculations
ASTRODYNAMICS↗
Research in astrodynamics and computer exploitation
Research scope in astrodynamics and computational methods for trajectory guidance theory, and procedures for mechanization
GUIDANCE AND CONTROL↗
Research in optimization and guidance theory
Trajectory optimization and guidance theory for powered flight vehicles
GUIDANCE AND CONTROL↗
Unified guidance analysis in design of space trajectories.
Dimensionless differential corrections and proper coordinate system for generalized preflight guidance analysis
GUIDANCE AND CONTROL↗
First compilation of papers on trajectory analysis and guidance theory
Mathematical models to approximate functions, bounds and power series for three-body problems, satellite orbit theories, and other aspects of trajectory analysis and guidance theory
POWER SERIES↗
A look into strap-down guidance design. I.
Strap-down inertial navigation system compared with gimbaled system, noting methods of attitude reference and angular readout
ATTITUDE INDICATOR↗
Analog computers.
Analog computer design noting operation principles, application to guidance problems and testing and troubleshooting methods
ELECTRONIC EQUIPMENT TESTING↗
Practical applications from advanced research and technology.
Research areas in future NASA program covering materials, energy conversion, guidance, instrumentation, etc
NASA PROGRAM↗
Inertial navigation.
Strapdown and gimballed inertial navigation systems history, engineering progress and current developments
INERTIAL NAVIGATION↗
Iterative guidance applied to generalized missions.
Iterative guidance mode /IGM/ applied to effective gravity vector prediction, acceleration measurement of noise sensitivity and energy limitations
ITERATIVE SOLUTION↗