Go to content Go to navigation Go to search

Experimental Parameters Identification of the Human-Pilot Model Behaviour

Rudolf JALOVECKÝ, Přemysl JANŮ, Jan BOŘIL

Abstract


The paper represents one of the other ways how to optimize alternative mathematical human-pilot model usable in the models of the aircraft flight control in the space. In general, the creation of the equivalent human model is very complicated, because the human characteristics are not constant in the time. The characteristics are changing with immediate human ability. At the simulation of the human behaviour is possible to compile only general, an approximate human model. The contribution shows further possibilities how to explore the human-pilot behaviour during the determining of chosen transfer functions parameters.

Keywords


CAN, CANaerospace, Avionic system, Time-triggered, Cycle Matrix
Full paper

2011-12-19

commenting closed for this article

Offline Parameter Identification - The Random Initial Estimation Issue CAN Messages Transmission Diagnostic Analysis of Avionic System