Experimental results are presented of experiments on using Machine Learning algorithms to extract a model of a human control skill. The control task to be modeled is that of a pilot flying a F-16 flightsimulation on alevelled left turn. Machine Learning algorithms used include C4.5 as a decision tree representative and FOIL and Indlog as Inductive Logic Programming representatives. Improvements on the methodology of previous experiments are presented. An extension to decision trees is proposed to solve some of the shortcomings. ILP systems are being used to improve the extended decision tree results
Flight control of Flapping Wing Micro Air Vehicles is challenging, because of their complex dynamics...
Mathematical human controller (HC) models are widely used in tuning manual control systems and for u...
Behavioural cloning is a simple and effective technique for automatically and non-intrusively produc...
This paper describes experiments in applying inductive learning to the task of acquiring a complex m...
. A new model of human control skills is proposed and empirically evaluated. It is called the increm...
Machine learning is an appealing and useful approach to creating vehicle control algorithms, both fo...
Machine learning is an ever-expanding field of research with a wide range of potential applications....
The development of computational power is constantly on the rise and makes for new possibilities in ...
A major focus of research on visually guided action is the identification of control strategies that...
This paper presents an interactive method for building a controller for dynamic systems by using a c...
In air traffic control, the airspace is divided into several smaller sectors for better management o...
This paper presents the preliminary results of an extensible Java architecture for modeling, simulat...
The main goal of machine learning is to accurately predict the decisions to the problems without hum...
This paper describes the application of an Inductive Logic Programming system to Computer Assisted A...
Acceptance of automation has been a bottleneck for successful introduction of automation in Air Trac...
Flight control of Flapping Wing Micro Air Vehicles is challenging, because of their complex dynamics...
Mathematical human controller (HC) models are widely used in tuning manual control systems and for u...
Behavioural cloning is a simple and effective technique for automatically and non-intrusively produc...
This paper describes experiments in applying inductive learning to the task of acquiring a complex m...
. A new model of human control skills is proposed and empirically evaluated. It is called the increm...
Machine learning is an appealing and useful approach to creating vehicle control algorithms, both fo...
Machine learning is an ever-expanding field of research with a wide range of potential applications....
The development of computational power is constantly on the rise and makes for new possibilities in ...
A major focus of research on visually guided action is the identification of control strategies that...
This paper presents an interactive method for building a controller for dynamic systems by using a c...
In air traffic control, the airspace is divided into several smaller sectors for better management o...
This paper presents the preliminary results of an extensible Java architecture for modeling, simulat...
The main goal of machine learning is to accurately predict the decisions to the problems without hum...
This paper describes the application of an Inductive Logic Programming system to Computer Assisted A...
Acceptance of automation has been a bottleneck for successful introduction of automation in Air Trac...
Flight control of Flapping Wing Micro Air Vehicles is challenging, because of their complex dynamics...
Mathematical human controller (HC) models are widely used in tuning manual control systems and for u...
Behavioural cloning is a simple and effective technique for automatically and non-intrusively produc...