Abstract. The aim of this paper is to present a framework for developing intelligent agents that act in dynamic and unpredictable environments in a robust and efficient way. To achieve this objective, agents must be able to balance between reactive and deliberative planning. This paper emphasizes on the seamless integration of these planning techniques and on the smooth transition between reactive and deliberative planning in terms of agents ’ mental attitudes and agents reasoning capabilities. The framework is thoroughly explained and the behaviour of an agent that acts in the tile-world chessboard is examined. 1
In this paper, we outline a research strategy for analysing the properties of different agent archit...
Recent Artificial Intelligence research in robot planning has indicated the potential importance of ...
This study presents a general agent architecture to simulate human-like intelligence. The design phi...
Abstract. The aim of this paper is to present a framework for developing intelligent agents that act...
It is becoming widely accepted that neither purely reactive nor purely deliberative control techniqu...
Reactive planning, consisting of pre-defined sensoraction rules, is well suited to effectively respo...
It is becoming widely accepted that neither purely reactive nor purely deliberative control techniqu...
In this paper we briefly describe a software architecture that integrates reactivity and deliberatio...
Intelligent behavior can be observed from both natural and artificial systems, but still the notion ...
Abstract. We argue that a reactive agent obeying the requirement of predictability imposed by a hard...
Intelligent behavior can be observed from both natural and artificial systems, but still the notion ...
An agent architecture supports the two forms of deliberation used by human agents. Cartesian, constr...
This paper proposes a replanning mechanism for deliberative agents as a new approach to tackling the...
Abstract. An agent architecture supports the two forms of deliberation used by human agents. Cartesi...
Recent Artificial Intelligence research in robot planning has indicated the potential importance of ...
In this paper, we outline a research strategy for analysing the properties of different agent archit...
Recent Artificial Intelligence research in robot planning has indicated the potential importance of ...
This study presents a general agent architecture to simulate human-like intelligence. The design phi...
Abstract. The aim of this paper is to present a framework for developing intelligent agents that act...
It is becoming widely accepted that neither purely reactive nor purely deliberative control techniqu...
Reactive planning, consisting of pre-defined sensoraction rules, is well suited to effectively respo...
It is becoming widely accepted that neither purely reactive nor purely deliberative control techniqu...
In this paper we briefly describe a software architecture that integrates reactivity and deliberatio...
Intelligent behavior can be observed from both natural and artificial systems, but still the notion ...
Abstract. We argue that a reactive agent obeying the requirement of predictability imposed by a hard...
Intelligent behavior can be observed from both natural and artificial systems, but still the notion ...
An agent architecture supports the two forms of deliberation used by human agents. Cartesian, constr...
This paper proposes a replanning mechanism for deliberative agents as a new approach to tackling the...
Abstract. An agent architecture supports the two forms of deliberation used by human agents. Cartesi...
Recent Artificial Intelligence research in robot planning has indicated the potential importance of ...
In this paper, we outline a research strategy for analysing the properties of different agent archit...
Recent Artificial Intelligence research in robot planning has indicated the potential importance of ...
This study presents a general agent architecture to simulate human-like intelligence. The design phi...