Mathematical models of human operators in simple two-axis manual control systems.
Mathematical model of human compensatory tracking behavior
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Mathematical model of human compensatory tracking behavior
Mathematical model and method of orbit adjust and station keeping gravity-oriented satellites
Quantification and utilization of subjectively determined data in construction of mathematical models
Mathematical models for effect of tracking systems on RMS errors in spacecraft position and velocity - least squares method
Mathematical programs and programming techniques for digital computer operations
Use of subjectively determined data in decision making functions, and mathematical models for estimating run-out costs
Space station mission simulation computerized mathematical model for analyzing and implementing MORL system or similar programs
Mathematical advances in theory of one-dimensional flow
Synthesis and identification of mathematical models which characterize discrete control behavior of human operators
Experimental verification of mathematical model performance predictions for gamma ray atmospheric density sensors
Space mathematics - Seminar, Cornell University, July-August 1963, Part 2
Space mathematics - Seminar, Cornell University, July-August 1963, Part 1
Space mathematics - Seminar, Cornell University, July-August 1963, Part 3
Mathematical models for loss measurements in thin Permalloy films with ramp drives
Physical and chemical conditions in rocket combustion chamber during starting transients and steady operation described by mathematical model intended for parametric studies
Mathematical model for studying liquid slosh effects on rendezvous dynamics by incorporating sloshing dynamics into vehicle motion equation