Experience using Balakrishnan's epsilon technique to compute optimum flight profiles.
Computing optimum flight profiles by Balakrishnan epsilon method, including equations of motion constraint in cost function to be minimized
Engineering topics
Publications and source records attributed to Taylor, L. W., Jr..
Computing optimum flight profiles by Balakrishnan epsilon method, including equations of motion constraint in cost function to be minimized
Stability derivatives from flight data of fixed-wing aircraft determined by modified Newton-Raphson method
Applicability of nonlinear time domain analysis to problem of modeling human operator /pilot/
Limit cycle and control surface resonance characteristics of X-15 stability augmentation system
Human response model identification in manual control system applied to study of stability and performance of man-machine system
Assessment of frequency and time domain methods used in analyzing human control responses during compensatory tracking
Feasibility of using Fourier transforms in expressions of cross spectral density and power spectral density in spectral human response analyses
Analog computer for determining pilot response in manual control systems
Frequency and time controlled models for analyzing human response during compensatory tracking
Lateral-directional handling qualities survey to develop technique for predicting pilot ratings
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Evaluation of adaptive control system for x-15 aircraft