Flight Investigation of the Wing-rotor Lift-sharing Characteristics of a Hingeless Rotor Compound Helicopter
Flight investigations of wing-rotor lift-sharing characteristics of XH-51 helicopter
Deal, P. L.↗
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The technology potentials for satellite spacing and frequency sharing
Satellite spacing and frequency sharing in microwave relay systems
Dudzinsky, S. J.↗
Flight investigation of the wing-rotor lift- sharing characteristics of a hingeless rotor compound helicopter.
Lift sharing characteristics of wing and rotor of Army Lockheed hingeless rotor compound helicopter at various airspeeds in level and maneuvering flight
Deal, P. L.↗
Sensitivity-function calculation in linear systems using time-shared analog integration.
Sensitivity functions relating parameter variations effect to system variables calculated for linear systems using time shared analog integration
Kahne, S. J.↗
A case for the time shared remote computer as a basic tool for system design.
Time shared remote computer for system design of Environmental Measurements Experiment payload of ATS
England, F. E.↗
COMPUTE - A time-sharing desk calculator program
Users manual on FORTRAN 4 COMPUTE program for IBM 360/67 time sharing system
Swigert, P.↗
Implementation and structure of COMPUTE, a time-sharing calculator program
COMPUTE time sharing calculator program for numerical calculations
Canright, R. B., Jr.↗
Use of a time-sharing computer in nuclear chemistry.
Computer-analyzer system for nuclear chemistry, noting advantage of on-line data acquisition and analysis coupled with time sharing economy
Fryklund, J.↗
Flight investigation of the wing-rotor lift- sharing characteristics of a hingeless rotor compound helicopter.
NASA flight test of hingeless rotor compound helicopter to determine lift sharing characteristics, showing rotor lift dependence on airspeed
Deal, P. L.↗
Use of time-sharing computer to support several large test facilities.
On-line central data processing system connected to time shared computer for recording data from test facilities, discussing hardware configuration, software considerations and advantages
Goldberg, F. N.↗
DSS subsystem implementation by time-shared computer
Multiprogramming subsystem implementation by time sharing computer in tracking station
Tausworthe, R. C.↗
Power ratio of wanted to unwanted signals for frequency sharing between FM and AM-VSB television transmission systems
Power ratios of wanted to unwanted signals for frequency sharing between FM and AM-VSB television transmission systems
Miller, E. F.↗
A timed-shared digital filter realization
Special purpose computer organized as time-shared digital filter for real time applications with adaptable coefficients, programming and multiplexing scheme
Carroll, C. C.↗
Flowgraph analysis of linear systems using remote time-shared computation
Loops and paths in Mason signal flow graph of linear systems using algorithm with remote time shared digital computation
Chan, S.-P.↗
Frequency sharing between FM and AM-VSB television transmission systems
Frequency sharing between satellite-transmitted FM TV signals and terrestrially transmitted AM-VSB TV signals
Miller, E. F.↗
Instrumentation in a time-shared environment
Time shared computer system providing real time service to multiple laboratory instrumentation, discussing high speed channel, computer control and data abstracting techniques
Reynolds, W. E.↗
Integrated Time Shared Instrumentation Display-Patent
Integrated time shared instrumentation display for aerospace vehicle simulators
Hatfield, J. J.↗
The effects of attention sharing in a dynamic dual task environment
There are numerous examples of cases where the human operator is confronted with several tasks occurring simultaneously and continuously in time. The current study is an investigation into the nature of attention sharing between two continuous tasks with independent input-output modes. Eleven subjects were tested using a zero order compensatory control task with three levels of difficulty (input bandwidth) for each subject. As a secondary task on half of the trials, the subjects were also required to verbally shadow a random auditory input. Results from an extensive time and frequency domain analysis of the data are presented and discussed. The evidence supports a single channel model for continuous dual-task control.
Cliff, R. C.↗