Add to ORKGA rigorous and accurate method for reverse-engineering autopilot behavior from its description in the aircraft opera-tional manual (FCOM) has been developed. The method has been applied to the A340-200/300 in the framework of a contract with Airbus Industrie whose goal was to study pi-lots ’ knowledge of autopilot behavior
Now a number of the leading firms work on creation of an automobile autopilot. The authors of the pr...
Whether we like it or not, automation is gradually taking over the driver’s role. Full vehicle autom...
This research project investigated and designed a modular architecture for a 3D Reconfigurable Autop...
Unmanned aerial vehicles are flying devices that can be controlled remotely or autonomously by an on...
Current advanced commercial transport aircraft, such as the Boeing B777/B747-400, the Airbus A320/A...
The aim of this thesis work is to identify the model parameters, both the inertial terms and the aer...
The availability and proliferation of small unmanned aircraft systems has provided engineers with th...
The Delft University laboratory aircraft Cessna Citation II has the capability to implement and test...
The development of informatics and sensor techniques has extended the possibilities of flight parame...
none2noAutomotive engines have outstanding quality controls and extremely high cost-effectiveness. T...
Nowadays, commercial flights are very close to a full automation while several means of transport al...
This paper describes a benchmark manoeuvre for autopilot control laws in the form of a helical fligh...
This paper depicts the applications of classical root locus based PID control to the longitudinal fl...
Starting from a good automotive engine is always a good idea, also for brand new automotive design. ...
The thesis objective was to design an unmanned aerial vehicle that was capable of stable, autonomous...
Now a number of the leading firms work on creation of an automobile autopilot. The authors of the pr...
Whether we like it or not, automation is gradually taking over the driver’s role. Full vehicle autom...
This research project investigated and designed a modular architecture for a 3D Reconfigurable Autop...
Unmanned aerial vehicles are flying devices that can be controlled remotely or autonomously by an on...
Current advanced commercial transport aircraft, such as the Boeing B777/B747-400, the Airbus A320/A...
The aim of this thesis work is to identify the model parameters, both the inertial terms and the aer...
The availability and proliferation of small unmanned aircraft systems has provided engineers with th...
The Delft University laboratory aircraft Cessna Citation II has the capability to implement and test...
The development of informatics and sensor techniques has extended the possibilities of flight parame...
none2noAutomotive engines have outstanding quality controls and extremely high cost-effectiveness. T...
Nowadays, commercial flights are very close to a full automation while several means of transport al...
This paper describes a benchmark manoeuvre for autopilot control laws in the form of a helical fligh...
This paper depicts the applications of classical root locus based PID control to the longitudinal fl...
Starting from a good automotive engine is always a good idea, also for brand new automotive design. ...
The thesis objective was to design an unmanned aerial vehicle that was capable of stable, autonomous...
Now a number of the leading firms work on creation of an automobile autopilot. The authors of the pr...
Whether we like it or not, automation is gradually taking over the driver’s role. Full vehicle autom...
This research project investigated and designed a modular architecture for a 3D Reconfigurable Autop...