Synthesis and identification of mathematical models for the discrete control behavior of human operators
Synthesis and identification of mathematical models which characterize discrete control behavior of human operators
OPERATOR↗
SEARCH · Engineering Papers
Results for “Identification”
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.
On the optical identification of Sco X-1.
Optical identification of position of X-ray astronomical source Sco X-1, noting similarity of certain properties with old novae
X-RAY ASTRONOMY↗
Identification of human response models in manual control systems.
Human response model identification in manual control system applied to study of stability and performance of man-machine system
FREQUENCY RANGE↗
Surveyor I - Location and identification.
Surveyor I spacecraft location and identification on moon surface by photographs taken by Orbiter III
PHOTOGRAPH INTERPRETATION↗
Cathodoluminescence Device for Rapid Identification of Phase Assemblages
Cathodoluminescence device for rapid identification of phase assemblages in solid state reaction system magnesium oxide-magnesium silicate /enstatite/
SOLID STATE DEVICE↗
Rapid identification of linear and nonlinear systems.
Rapid parameter identification system for linear time-invariant plant with only input and output measurable
TRANSFER FUNCTION↗
A study of trace contaminant identification by microwave double resonance spectroscopy
Trace contaminant identification using microwave double resonance spectroscopy
Flynn, G. W.↗
The identification of moving magnetic field lines
Moving magnetic field line identification
Birmingham, T. J.↗
Learning models for adaptive system identification, part A Final report
Learning models for identification, adaptation, and sensitivity of optimal control systems
Sherman, J. W.↗
Maximum likelihood identification of stochastic linear systems
Maximum likelihood identification of stochastic linear systems
Kashyap, R. L.↗
A mass spectrometric procedure for rapid identification of trace volatile metabolites.
Mass spectrometric method for rapid identification of trace volatile metabolites of respiratory atmosphere contained in isolated incubation flask
Parker, D. J.↗
Optical identification of the 12.28-ev quadrupole transition in molecular nitrogen.
Optical identification of 12.28 ev quadrupole transition in far UV absorption spectrum of molecular nitrogen
Dresseer, K.↗
Stochastic approximation algorithms for linear discrete-time system identification.
Stochastic approximation algorithms for identification of linear discrete time systems
Saridis, G. N.↗
The Isolation and Identification of the C sub 17 Saturated Isoprenoid Hydrocarbon 2, 6, 10-Trimethyltetradecane from a Devonian Shale - the Role of Squalane as a Possible Precursor
Isolation and identification of C17 saturated isoprenoid hydrocarbon 2, 6, 10- trimethyltetradecane from Antrim Shale, discussing phytol as possible precursor
Calvin, Melvin↗
Combinatorial techniques for fault identification in multiterminal networks.
Combinatorial techniques for fault identification in multiterminal networks, discussing algorithms for computer oriented procedures and computer program flow chart
Happ, W. W.↗
Combinatorial techniques for fault identification in multi-terminal networks.
Fault identification and diagnosis in multiterminal devices by combinatorial techniques for computer programming
Happ, W. W.↗
Identification of defect sites in CaWO sub 4 from the correlation of ESR and thermoluminescence measurements.
Identification of defect sites in calcium tungstates after irradiation from correlation of electron spin resonance and thermoluminescence data
Kikuchi, C.↗
System identification from noise-corrupted measurements.
System identification from noise corrupted measurement, discussing optimum mean square approximation to unknown systems using stochastic method
Holmes, J. K.↗