Multi-agent systems (MAS) represent an effective approach for designing and constructing collaborative applications, designed as set of autonomous entities, named agents, which interact and coordinate. Some example of references on multi-agent systems are: [1], [2] [3]. Although multi-agent systems provide an effective approach for decentralized applications, they still need to better address t...

Multi-Agent systems (MAS) consist of multiple intelligent agents that interact to solve problems that may be beyond the capabilities of a single agent or system. For many years, conceptual MAS designs and architectures have been proposed for applications in power systems and power engineering. With the increasing use and modeling of distributed energy resources for microgrid applications, MAS a...

Multi-agent systems models are frequently used in many complex real systems. They allow expressing event-based multi-agent, providing environment, and messaging, execution and sensor services. The development of agent based applications is difficult, suffering from insufficient standards and tools and on the other hand deployment issues are little researched and supported. The cooperation in mu...

agent technology is an emerging and promising research area in software technology, which increasingly contributes to the development of value-added information systems for large healthcare organizations due to its capability to automatically modify themselves in response to changes in their operating environment. multi agent system (mas) approach is the construction of a complex system as a se...

Current business trends, policy markets, production requirements, etc., have created the need for integrating Multi Agent Systems (MAS). In the agent-specialized literature, we have found very little work about MAS methodologies that allow us to build MAS which is made up of two or more MASs. We think that several difficult challenges for automated systems can be tackled by giving full meaning ...

Multi-agent systems models are frequently in many complex real systems. They allow expressing event-based multi-agent, providing environment, and messaging, execution and sensor services. The development of agent based applications is difficult suffering from insufficient standards and tools and on the other hand deployment issues are little researched and supported. The cooperation in multi-ag...

Advances in networking technology have revitalized agent technology for engineering complex distributed software systems. Nowadays, the agent technology has been applied in a wide range of application domains, including ecommerce, human computer interfaces, telecommunications and concurrent programming. A lot of research has been done on design and development of Multi-agent systems (MAS) but q...

Viewing the modelling of agrifood chains (AFC) from a multi agent systems (MAS) point of view opens up numerous avenues for research while building upon existing advancements in the state of the art. This paper explores di↵erent aspects in MAS research areas in consensus and cooperation (argumentation, negotiation, normative systems, multi agent resource allocation and social a↵ects) and provid...

Complex multi-agent systems (MAS) that consist of large numbers of loosely coupled, heterogeneous agents tend to be difficult to manage. The management of MAS, which i s similar to that of other decentralized and highly distributed systems, covers a range of activities including fault, configuration, performance and security management. In this paper we focus on the specific issues of faultmana...

Many AI professionals consider RoboCup small league competition as an ideal platform for testing distributed artificial intelligence techniques. Among these techniques are multi-agent systems (MAS), which advocate collective intelligence by focusing on autonomy of the agents and their intercommunication. Multi-agent systems have been used in several disciplines such as Industry [16], Internet [...