Guidance and control aspects of abort from manned spacecraft
Manned spacecraft abort guidance and control problems, discussing various modes and emergency conditions
Greensite, A. L.↗
Engineering topics
Greensite, A. L.
Publications and source records attributed to Greensite, A. L..
Control theory. Volume 1 - Elements of modern control theory
Control theory, Volume 1, covering linear, nonlinear, stochastic, optimal, adaptive and learning systems, sensitivity analysis, etc
Greensite, A. L.↗
Problems of abort from manned spacecraft.
Crew survival ensurance under emergency situations during manned space flight, discussing Apollo abort system refinements
Greensite, A. L.↗
Analysis and design of space vehicle flight control systems. Volume 16 - Abort
Manned spacecraft control system requirements for abort problems
Greensite, A. L.↗
Analysis and design of space vehicle flight control systems. Volume XIII - Adaptive control
Mathematical models used for space vehicle flight adaptive control systems
MATHEMATICAL MODEL↗
Analysis and design of space vehicle flight control systems. Volume XV - Elastic body equations
Elastic body equations in analysis and design of space vehicle flight control systems
CONTROL SYSTEM↗
Analysis and design of space vehicle flight control systems. Volume XII - Attitude control in space
Analysis and design of attitude control systems for earth orbiting satellite
SYSTEMS DESIGN↗
Analysis and design of space vehicle flight control systems. Volume F - Sensativity theory
Sensitivity theory for design of spacecraft flight control systems
SPACECRAFT DESIGN↗
Analysis and design of space vehicle flight control systems. Volume II - Trajectory equations
Trajectory equations describing spacecraft motion from launch to earth impact or orbit injection
SPACECRAFT TRAJECTORY↗
Analysis and design of space vehicle flight control systems. Volume VI - Stochastic effects
Statistical methods for analyzing stochastic effects influencing design of space vehicle control systems
STATISTICAL ANALYSIS↗
Analysis and design of space vehicle flight control systems. Volume VII - Attitude control during launch
Analysis and design of space vehicle control systems - short period dynamics of attitude control during launch and autopilot design
SPACE VEHICLE CONTROL↗
Analysis and design of space vehicle flight control systems. Volume III - Linear systems
Analysis and design of space vehicle linear flight control systems
LINEAR SYSTEM↗
Analysis and design of space vehicle flight control systems. Volume IV - Nonlinear systems
Analysis and design of nonlinear space vehicle flight control systems
SPACE VEHICLE CONTROL↗
Analysis and design of space vehicle flight control systems. Volume IX - Optimization methods
Variational calculus, gradient methods, maximum principle, and dynamic programing methods of optimal control theory of space vehicles
DYNAMIC PROGRAMMING↗