Frequency domain stability criteria. i.
Frequency domain stability of loop containing single nonlinearity, using Liapunov theory to give frequency domain stability criteria
FEEDBACK CONTROL SYSTEM↗
SEARCH · Search NASA
Results for “FEEDBACK CONTROL SYSTEM”
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.
Quote a phrase for an exact phrase match. Source license links do not imply unrestricted reuse.
Frequency domain stability criteria. ii.
Approach for generating stability criteria, applying odd function and power law nonlinearity
FREQUENCY CONTROL↗
Tetrode-transistor fm oscillator.
Tetrode-driven transistor crystal oscillator with frequency controlled by variation of second base current of tetrode operating in reverse mode
FEEDBACK CONTROL SYSTEM↗
Design, fabrication and test of a flueric servovalve Quarterly report, 28 Sep. - 28 Dec. 1965
Breadboard model of pneumatic-input flueric servovalve tests
PNEUMATIC CONTROL↗
Research in and application of modern automatic control theory to nuclear rocket dynamics and control, volume I Semiannual status report
Linear optimal feedback control theory for nuclear rocket dynamics and control problems
LIAPUNOV FUNCTION↗
Analysis of predictor model
Predictor model of human operator controlling vehicle for feedback control analysis
OPERATOR PERFORMANCE↗
Continuum feedback control of a Rayleigh- Taylor type instability
Continuum feedback control of Rayleigh-Taylor instability
ELECTROHYDRODYNAMICS↗
Stochastic stability and the design of feedback controls
Stochastic stability and design of feedback controls - application of Liapunov method to optimal control problems
FEEDBACK CONTROL SYSTEM↗
Study of quasi-optimum feedback control techniques
First-order differential equations for quasi- optimum feedback control technique
FEEDBACK CONTROL SYSTEM↗
The effect of dry friction and free play on the error with reversal in servosystems
Reversal errors of machine tool servomechanisms, and feedback control circuits
ERROR↗
Discontinuous vector fields and feedback control
Discontinuous vector field stability and optimal feedback control
VECTOR SPACE↗
Control Optimization, Stabilization and Computer Algorithms for Space Applications First Status Report, Mar. 1 - Aug. 31 1966
Control optimization, stabilization, and computer algorithms for space applications
FEEDBACK CONTROL SYSTEM↗
Optimum guidance for a low thrust interplanetary vehicle.
Optimum guidance in two dimensions of constant acceleration low-thrust vehicle spiraling away from and in toward planet
OPTIMAL CONTROL↗
Optimum guidance for a low thrust interplanetary vehicle.
Optimum guidance in two dimensions of constant acceleration low-thrust vehicle spiraling away from and in toward planet
OPTIMAL CONTROL↗
Reliability analysis and prediction Moog model 17-200B mechanical feedback servoactuator GMSFC, NASA part no. 50M35008, rev. B
Reliability prediction and failure mode analyses for mechanical feedback servoactuator
PERFORMANCE PREDICTION↗
Evaluation program of majority voting mechanical feedback servoactuator for the Saturn S-IV B, volume A Final report
Failure characteristics analysis of majority voting mechanical feedback servoactuator for Saturn-IV B
FEEDBACK CONTROL SYSTEM↗
On a problem of Letov in optimal control
Fixed-time regulator problem with time invariant feedback control and unspecified-time regulator problem with bounded control
FEEDBACK CONTROL SYSTEM↗
The influence of response feedback loops on the lateral-directional dynamics of a variable-stability transport aircraft
Response feedback control loops effects on lateral-directional dynamics of variable stability transport aircraft
TRANSPORT AIRCRAFT↗