An approach to the determination of aircraft handling qualities by using pilot transfer functions
Transfer functions of pilot for determining longitudinal aircraft controllability and pilot performance prediction
Adams, J. J.↗
Engineering topics
Adams, J. J.
Publications and source records attributed to Adams, J. J..
Human response in closed loop control of dynamic systems
Linear transfer function for describing human response to aircraft control
Adams, J. J.↗
An evaluation of two guidance schemes for a manned lunar landing
Fixed base simulation of two guidance schemes for manned lunar landing
Adams, J. J.↗
An approach to the determination of aircraft handling qualities using pilot transfer functions
Pilot-aircraft closed-loop characteristics, using pilot transfer functions for handling qualities prediction
Adams, J. J.↗
Dynamic requirements for simulator servo drive mechanisms
Simulator servo drive system dynamic requirements for single-axis manual control task using pilot models and computer
Adams, J. J.↗
Application of human transfer functions to system analysis
Human transfer functions applied in systems analysis of manually controlled lunar landing simulator
Adams, J. J.↗
A synthesis of human response in closed-loop tracking tasks
Synthesis of human response in closed loop tracking tasks
Adams, J. J.↗
Analysis of human response in combined control tasks
Human response analysis in combined trajectory control task, system-failures task, and motor response task
Adams, J. J.↗
A synthesis of human response in closed-loop tracking tasks
Composite model for reproducing time-history characteristics and mean-square system errors which closely match human responses in closed loop tracking tasks
Adams, J. J.↗
Station keeping studies.
Manual control stationkeeping simulation, studying tether visual rendezvous techniques and fuel economy
FUEL ECONOMY↗
Application of human transfer functions to a design problem
Application of human transfer functions in design analysis of lunar landing simulator drive system
Adams, J. J.↗
Application of Human Transfer Functions to a Design Problem
Manually controlled lunar landing simulator with transfer functions for pilot control response
Adams, J. J.↗
Human transfer functions in multi-axis and multi-loop control systems
Human transfer functions in multiaxis and multiloop control systems
CLOSED LOOP SYSTEM↗
Determination of critical tracking tasks for a human pilot
Tracking study to determine maximum control element lag and maximum and minimum control sensitivity tolerated in manually controlled compensatory tracking task
COMPENSATORY TRACKING↗
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↗
Human transfer functions for multi-axis and multi-loop problems
Pilot response to multiaxis and multiloop problems by transfer function analysis - human information processing capacity
FLIGHT CONTROL↗
Human transfer functions for multi-axis and multiloop problems.
Human transfer function for pilot response for multiaxis and multiloop problems
HUMAN REACTION↗
Measured variations in the transfer function of a human pilot
Measured variation in transfer function of human pilot
TRANSFER FUNCTION↗