Manual control cybernetics aims to understand and describe how humans control vehicles
and devices using mathematical models of human control dynamics. This “cybernetic …

In the manual control of a dynamic system, the human controller (HC) often follows a visible
and predictable reference path. Compared with a purely feedback control strategy …

A pilot behavior model for carrier landing operations is established based on some realistic
mechanisms and strategies. A discrete-time series is applied to model the pilot's final …

This paper investigates how pilot control behavior adapts to time-varying vehicle dynamics
in a roll–pitch control task. Nine general aviation pilots performed eight experimental …

This paper presents the results of a quasi-transfer-of-training experiment performed in the
SIMONA Research Simulator at Delft University of Technology. The goal of the experiment …

T 2= pitch dynamics time constant, st= time, su= pilot control signal, V e= elevator deflection,
deg mf= motion filter damping ratio nm= neuromuscular damping ratio pp= prepositioning …

The human controller (HC) in manual control of a dynamical system often follows a visible
and predictable reference path (target). The HC can adopt a control strategy combining …

KNOWLEDGE of human motion perception and perception thresholds is fundamental for the
design, optimization, and operation of flight simulators. Throughout the past half-century, a …

Low-cost motion systems have been proposed for certain training tasks that would otherwise
be performed on high-performance full-flight simulators. These systems usually have lower …

Understanding how humans control a vehicle (cars, aircraft, bicycles, etc.) enables
engineers to design faster, safer, more comfortable, more energy efficient, more versatile …