Abstract. In this paper we use i * which is a semi-formal modelling framework to model agent based applications. We then describe how we execute these models into AgentSpeak(L) agents to form the essential components of a multi-agent system. We show that by making changes to the i * model we can generate different executable multi-agent systems. We also describe reverse mapping rules to see how changes to agents in the multi-agent system gets reflected in i * model. This co-evolution of two models offers a novel approach for configuring and prototyping agent based systems
Abstract. Although there is a huge amount of work and valuable proposals about agent oriented softwa...
Today, the trend in software is to build bigger and complex software systems. Dealing with the incre...
This paper presents 2 software engineering approaches for design of multi-agent systems. The goal of...
As demands for behaviorally sophisticated software grow, agent-based systems are increasingly being ...
As demands for behaviorally sophisticated software grow, agent-based systems are increasingly being ...
Agent-oriented conceptual modelling notations are highly effective in representing requirements from...
Agent-oriented conceptual modelling (AoCM) approaches in Requirements Engineering (RE) have received...
Summary. Various agent-oriented methodologies and metamodels exist to describe multiagent systems (M...
Abstract. The recent years has seen a rapid growth of research interests in agent-oriented software ...
Objects and agents are software engineering abstractions that have many common concerns. However, ag...
Abstract. The development of Multi-Agent Systems (MASs) involves special concerns, such as interacti...
Today, when computing is pervasive and deployed over a range of devices by a multiplicity of users, ...
As agent technology has matured with the deployment of a variety of applications, particularly in op...
Due to the increased applications of agents, Agent-oriented software becomes large and complex. To s...
Evolution of software challenges multi-agent systems to be adaptive and the adaptation capabilities ...
Abstract. Although there is a huge amount of work and valuable proposals about agent oriented softwa...
Today, the trend in software is to build bigger and complex software systems. Dealing with the incre...
This paper presents 2 software engineering approaches for design of multi-agent systems. The goal of...
As demands for behaviorally sophisticated software grow, agent-based systems are increasingly being ...
As demands for behaviorally sophisticated software grow, agent-based systems are increasingly being ...
Agent-oriented conceptual modelling notations are highly effective in representing requirements from...
Agent-oriented conceptual modelling (AoCM) approaches in Requirements Engineering (RE) have received...
Summary. Various agent-oriented methodologies and metamodels exist to describe multiagent systems (M...
Abstract. The recent years has seen a rapid growth of research interests in agent-oriented software ...
Objects and agents are software engineering abstractions that have many common concerns. However, ag...
Abstract. The development of Multi-Agent Systems (MASs) involves special concerns, such as interacti...
Today, when computing is pervasive and deployed over a range of devices by a multiplicity of users, ...
As agent technology has matured with the deployment of a variety of applications, particularly in op...
Due to the increased applications of agents, Agent-oriented software becomes large and complex. To s...
Evolution of software challenges multi-agent systems to be adaptive and the adaptation capabilities ...
Abstract. Although there is a huge amount of work and valuable proposals about agent oriented softwa...
Today, the trend in software is to build bigger and complex software systems. Dealing with the incre...
This paper presents 2 software engineering approaches for design of multi-agent systems. The goal of...