This paper proposes to automate the generation of shellfish exploitation plans, which are elaborated by Galician extracting entities. For achieving this objective a CBR-BDI agent will be used. This agent will adapt the exploitation plans to the environmental characteristics of each school of shellfish. This kind of agents develops its activity into changing and dynamic environments, so the reasoning model that they include must be emphasised. The agent reasoning model is guided by the phases of the CBR life cycle, using different technologies for each phase. The use of an adaptative neuro-fuzzy inference system in the reuse phase must be highlighted
A hybrid neuro-symbolic problem solving model is presented in which the aim is to forecast parameter...
Abstract. A hybrid neuro-symbolic problem solving model is presented in which the aim is to forecast...
This paper introduces a robust mathematical formalism for the definition of deliberative agents impl...
This paper presents a model of an agent that combines both BDI and CBR techniques. We discuss the de...
This paper presents a deliberative agent that incorporates a hybrid system as a reasoning motor in t...
This chapter introduces a robust mathematical formalism for the definition of deliberative agents im...
Belief-Desire-intention (BDI) agent based systems have been implemented in many business application...
This article shows how autonomous agents may be constructed with the help of case-based reasoning (C...
This paper presents a model constructed for the evaluation of the interaction of the atmosphere and ...
This paper proposes a replanning mechanism for deliberative agents as a new approach to tackling the...
This paper shows how deliberative agents can be built by means of a case-based reasoning system. The...
A multi-agent approach is presented for identifying and forecasting the structure of the water ahead...
This paper presents a model constructed for the evaluation of the interaction of the atmosphere and ...
This paper introduces a robust mathematical formalism for the definition of deliberative agents impl...
This paper presents a model constructed for the evaluation of the interaction of the atmosphere and ...
A hybrid neuro-symbolic problem solving model is presented in which the aim is to forecast parameter...
Abstract. A hybrid neuro-symbolic problem solving model is presented in which the aim is to forecast...
This paper introduces a robust mathematical formalism for the definition of deliberative agents impl...
This paper presents a model of an agent that combines both BDI and CBR techniques. We discuss the de...
This paper presents a deliberative agent that incorporates a hybrid system as a reasoning motor in t...
This chapter introduces a robust mathematical formalism for the definition of deliberative agents im...
Belief-Desire-intention (BDI) agent based systems have been implemented in many business application...
This article shows how autonomous agents may be constructed with the help of case-based reasoning (C...
This paper presents a model constructed for the evaluation of the interaction of the atmosphere and ...
This paper proposes a replanning mechanism for deliberative agents as a new approach to tackling the...
This paper shows how deliberative agents can be built by means of a case-based reasoning system. The...
A multi-agent approach is presented for identifying and forecasting the structure of the water ahead...
This paper presents a model constructed for the evaluation of the interaction of the atmosphere and ...
This paper introduces a robust mathematical formalism for the definition of deliberative agents impl...
This paper presents a model constructed for the evaluation of the interaction of the atmosphere and ...
A hybrid neuro-symbolic problem solving model is presented in which the aim is to forecast parameter...
Abstract. A hybrid neuro-symbolic problem solving model is presented in which the aim is to forecast...
This paper introduces a robust mathematical formalism for the definition of deliberative agents impl...