It is argued that for real-world applications action selection should be satisficing, i.e. merely `good enough' rather than optimal. It is then demonstrated that multiple objective decision theory provides a suitable framework for formulating action selection mechanisms that are satisficing. A set of experiments demonstrate the potential advantages of the proposed action selection mechanisms. Keywords: Action selection, behavior-based control, multiple objective decision making, Pareto-optimality, satisficing actions 1. INTRODUCTION Operation of robots in unknown settings poses complex control problems which require solutions that guarantee a suitable trade-off between a multitude of (potentially) conflicting task objectives. For in...
ii Each action our bodies execute is the consequence of a complex process of decision making by the ...
The problem of action selection has two components: What is selected? How is it selected? To underst...
© Springer International Publishing AG 2016. Autonomous robots are moving out of research labs and f...
Systems with multiple parallel goals (e.g. autonomous mobile robots) have a problem analogous to tha...
International audienceMOVEMENT IS A fundamental characteristic of living systems (see Figure 1). Pla...
The problem of action selection has two components: What is selected? How is it selected? To unders...
Self-sufficient and autonomous robots necessarily make their own decisions. As designers of robots w...
Reinforcement Learning (RL) methods, in contrast to many forms of machine learning, build up value f...
A large part of current research into autonomous control is concerned with building agents that can ...
This paper presents a novel approach to the problem of action selection for an autonomous agent. A...
Action Selection schemes, when translated into precise algorithms, typically involve considerable de...
The problem of action selection has two components: What is selected? How is it selected? To unders...
Heuristics can inform human decision making in complex environments through a reduction of computati...
In behaviour-based robotics (BBR), the artificial brain (or control system) of a robot is built from...
International audience"Prior to linear programming it was not practical to explicitly state general ...
ii Each action our bodies execute is the consequence of a complex process of decision making by the ...
The problem of action selection has two components: What is selected? How is it selected? To underst...
© Springer International Publishing AG 2016. Autonomous robots are moving out of research labs and f...
Systems with multiple parallel goals (e.g. autonomous mobile robots) have a problem analogous to tha...
International audienceMOVEMENT IS A fundamental characteristic of living systems (see Figure 1). Pla...
The problem of action selection has two components: What is selected? How is it selected? To unders...
Self-sufficient and autonomous robots necessarily make their own decisions. As designers of robots w...
Reinforcement Learning (RL) methods, in contrast to many forms of machine learning, build up value f...
A large part of current research into autonomous control is concerned with building agents that can ...
This paper presents a novel approach to the problem of action selection for an autonomous agent. A...
Action Selection schemes, when translated into precise algorithms, typically involve considerable de...
The problem of action selection has two components: What is selected? How is it selected? To unders...
Heuristics can inform human decision making in complex environments through a reduction of computati...
In behaviour-based robotics (BBR), the artificial brain (or control system) of a robot is built from...
International audience"Prior to linear programming it was not practical to explicitly state general ...
ii Each action our bodies execute is the consequence of a complex process of decision making by the ...
The problem of action selection has two components: What is selected? How is it selected? To underst...
© Springer International Publishing AG 2016. Autonomous robots are moving out of research labs and f...