Summary of sine-wave tracking studies
Sine-wave tracking studies indicate predictability of input and control device dynamics in manual control by human operator
MANUAL CONTROL↗
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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.
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Usefulness of transinformation as a measure of human tracking performance
Usefulness of transinformation as measure of human tracking performance
INFORMATION THEORY↗
Measured information capacity as a performance index in manual tracking tasks
Applications of concepts of information theory to assessment of human performance in compensatory tracking tasks
INFORMATION THEORY↗
Pilot response in multiloop tracking tasks in combination with side tasks
Pilot responses in multiloop control tracking system with and without side tasks
TASK COMPLEXITY↗
Some effects of motion cues on manual tracking
Effects of motion cues on manual tracking ability of pilots
MOTION PERCEPTION↗
The effect of minor alcohol stress on tracking skill
Effect of minor stress imposed by moderate alcohol dosage on tracking skills of 20 men
TRACKING STUDY↗
Studies in optimal behavior in manual control systems - The effect of four performance criteria in compensatory rate-control tracking
Studies in optimal behavior in manual control systems - effect of four performance criteria in compensatory rate-control tracking
COMPENSATORY TRACKING↗
Frequency generation and control - VCO noise measurement and optimum tracking filters
Voltage controlled oscillator noise measurement and optimum tracking filters
OSCILLATOR↗
A ''critical'' tracking task for man-machine research related to the operators effective delay time. Part II - Experimental effects of system input spectra, control stick stiffness, and controlled element order
Closed-loop compensatory tracking for measuring operator delay time in control action
COMPENSATORY TRACKING↗
X/Y angle and polarization angle tracking of the ATS-B spacecraft using the Rosman 85-foot antenna no. 2 and Mojave 40-foot antenna
Orbital position and attitude tracking of ATS SPACECRAFT using parabolic ground antennas
SPACECRAFT TRACKING↗
Charged particle tracks in polymers - No. 3 - Range and energy loss tables
Range and energy loss for ions tabulated from charged particle tracks in polymers
ENERGY LOSS↗
Physical constants as determined from radio tracking of the Ranger lunar probes
Radio-tracking data from Ranger lunar missions for estimated physical constants of earth and moon
PHYSICAL PROPERTY↗
Tracking and navigational accuracy analysis
Tracking and navigational accuracy analysis for deep space network
SPACE NAVIGATION↗
Space trajectories and errors in time, frequency, and tracking station location
Influence on trajectory determination of error in tracking station location and station time and frequency synchronization
TRACKING STATION↗
Determination of the masses of the Moon and Venus and the astronomical unit from radio tracking data of the Mariner II SPACECRAFT
Masses of Venus and Moon, and astronomical unit determined by Mariner II radio tracking data
ASTRONOMICAL UNIT↗
AROD tracking and navigation system
Advanced range and orbit determination system for radio navigation and tracking
NAVIGATION SYSTEM↗
Tracking, communications, and orbit determination for lunar space vehicles
Tracking, communications, and orbit determination for lunar space vehicles
TRACKING↗
Parametric analysis of microwave and laser systems for communication and tracking Quarterly report, 6 Jun. - 6 Sep. 1966
Parametric analysis of microwave and laser systems for space communication and tracking
SPACE COMMUNICATION↗