Add to ORKGAbstract. The coordination of human organ transplants is a difficult task that involves legal, clinical, organisational and human aspects within a complex distributed environment of hospitals and governmental institutions. We propose a Multi-Agent Architecture that is the kernel of an Intelligent Decision Support System to coordinate the Spanish activity in organ transplants. The different agents of the system are identified and the way they cooperate is explained in detail.
The paper proposes a general framework for building an intelligent decision support system based on ...
In this paper we present a framework in which heterogeneous agents can argue over the viability of a...
In this paper we present MeSSyCo, a multi-agent system that integrates and coordinates heterogeneou...
Abstract. The coordination of human organ transplants is a difficult task that involves legal, clini...
We present an Agency called UCTx designed to model the tasks performed by a Transplant Coordination ...
We present a system called UCTx, designed to model and automate some of the tasks performed by a Tra...
The organ donation process is complex and demands a set of highly specialized and interconnected res...
In this paper we describe how a multi agent sys-tem (MAS) that supports arguing agents can in-crease...
This paper proposes a novel process for the allocation of human organs that are made available for t...
Organ transplantation and allocation has been a contentious issue in the U.S. for decades. The scarc...
The paper presents MeSSyCo, a multi-agent system that integrates and coordi nates heterogeneous me...
In this report we present an extension to CARREL's architecture. CARREL is an agent-based organizati...
In this work we present an application of Intelligent Agents Technology to mediate in the exchange o...
Abstract. This paper describes the design and implementation of a layered agent architecture for dec...
The Medical information systems evolve constantly. The quality of the medical information system rel...
The paper proposes a general framework for building an intelligent decision support system based on ...
In this paper we present a framework in which heterogeneous agents can argue over the viability of a...
In this paper we present MeSSyCo, a multi-agent system that integrates and coordinates heterogeneou...
Abstract. The coordination of human organ transplants is a difficult task that involves legal, clini...
We present an Agency called UCTx designed to model the tasks performed by a Transplant Coordination ...
We present a system called UCTx, designed to model and automate some of the tasks performed by a Tra...
The organ donation process is complex and demands a set of highly specialized and interconnected res...
In this paper we describe how a multi agent sys-tem (MAS) that supports arguing agents can in-crease...
This paper proposes a novel process for the allocation of human organs that are made available for t...
Organ transplantation and allocation has been a contentious issue in the U.S. for decades. The scarc...
The paper presents MeSSyCo, a multi-agent system that integrates and coordi nates heterogeneous me...
In this report we present an extension to CARREL's architecture. CARREL is an agent-based organizati...
In this work we present an application of Intelligent Agents Technology to mediate in the exchange o...
Abstract. This paper describes the design and implementation of a layered agent architecture for dec...
The Medical information systems evolve constantly. The quality of the medical information system rel...
The paper proposes a general framework for building an intelligent decision support system based on ...
In this paper we present a framework in which heterogeneous agents can argue over the viability of a...
In this paper we present MeSSyCo, a multi-agent system that integrates and coordinates heterogeneou...