This paper presents an improved version of a multiagent architecture aimed at providing solutions for monitoring the interaction between the atmosphere and the ocean. The ocean surface and the atmosphere exchange carbon dioxide. This process is can be modeled by a multiagent system with advanced learning and adaption capabilities. The proposed multiagent architecture incorporates CBR-agents. The CBR-agents proposed in this paper integrate novel strategies that both monitor the parameters that affect the interaction, and facilitate the creation of models. The system was tested and this paper presents the results obtained
This work presents a system for automatically evaluating the interaction that exists between the atm...
In this study, a new monitoring system for carbon dioxide exchange is presented. The mission of the ...
In this paper we discuss a transition model from commonly adopted models of data gathering, transfer...
This paper presents a multiagent architecture constructed for learning from the interaction between ...
This paper presents a model constructed for the evaluation of the interaction of the atmosphere and ...
This paper presents an architecture that makes it possible to construct dynamic systems capable of g...
This work presents a multiagent system for evaluating automatically the interaction that exists betw...
This work presents a multiagent system for evaluating automatically the interaction that exists betw...
This paper presents a model constructed for the evaluation of the interaction of the atmosphere and ...
This paper presents a model constructed for the evaluation of the interaction of the atmosphere and ...
Abstract. This paper presents a model constructed for the evaluation of the interaction of the atmos...
This paper presents a multiagent system developed to predict the behaviour of the Atlantic Ocean in ...
A multi-agent based prediction-system is presented in which the aim is to forecast the presence of o...
This paper presents a deliberative agent that incorporates a hybrid system as a reasoning motor in t...
The interaction of the atmosphere and the ocean has a profound effect on climate, while the uptake b...
This work presents a system for automatically evaluating the interaction that exists between the atm...
In this study, a new monitoring system for carbon dioxide exchange is presented. The mission of the ...
In this paper we discuss a transition model from commonly adopted models of data gathering, transfer...
This paper presents a multiagent architecture constructed for learning from the interaction between ...
This paper presents a model constructed for the evaluation of the interaction of the atmosphere and ...
This paper presents an architecture that makes it possible to construct dynamic systems capable of g...
This work presents a multiagent system for evaluating automatically the interaction that exists betw...
This work presents a multiagent system for evaluating automatically the interaction that exists betw...
This paper presents a model constructed for the evaluation of the interaction of the atmosphere and ...
This paper presents a model constructed for the evaluation of the interaction of the atmosphere and ...
Abstract. This paper presents a model constructed for the evaluation of the interaction of the atmos...
This paper presents a multiagent system developed to predict the behaviour of the Atlantic Ocean in ...
A multi-agent based prediction-system is presented in which the aim is to forecast the presence of o...
This paper presents a deliberative agent that incorporates a hybrid system as a reasoning motor in t...
The interaction of the atmosphere and the ocean has a profound effect on climate, while the uptake b...
This work presents a system for automatically evaluating the interaction that exists between the atm...
In this study, a new monitoring system for carbon dioxide exchange is presented. The mission of the ...
In this paper we discuss a transition model from commonly adopted models of data gathering, transfer...