Extension of modern control system theory Final report
Analysis and synthesis techniques for linear systems and methods of minimizing sensitivity of optimal control systems to large parameter variations
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Analysis and synthesis techniques for linear systems and methods of minimizing sensitivity of optimal control systems to large parameter variations
Inertial navigation and automatic landing control theory applied to instrument landing problem
Parameter variations method for trajectory integrations using perturbation differentiation of integrals of two body problem
Incentive contracts bibliography
Improved automatic landing systems for aircraft by applying control theory and inertial navigation data
Traveling wave tubes for high efficiency and extreme environments, discussing power output and RF drive
Analog hybrid computer system for laboratory instruction
Digital computer module for control of iterative analog computer system
Hybrid interface for high speed iterative differential analyzer and PDP-9 digital computer
Automatic control theory applied to nuclear rocket dynamics and control using stochastic algorithms
Installation of digital coordinate readouts for display in Mount Wilson 60 in. telescope
Control theory, Volume 1, covering linear, nonlinear, stochastic, optimal, adaptive and learning systems, sensitivity analysis, etc
Environmental control of confined spaces and life support systems by Pontryagin maximum principle of optimal control theory, discussing cabins, heat exchanger, etc
Optimal temperature control for confined spaces and life support systems, using mathematical models of environmental control systems
Optimal control theory and systems analysis of man machine systems and operator performance prediction model for compensatory tracking tasks are discussed.
Defense of damping theory applications in flutter analysis, discussing energy dissipation
Optimal control theory application to environmental control of confined spaces and life support systems, considering algorithm of Pontryagin principle