Multiagent and Grid Systems IOS Press Journal Impact Factor

Multiagent and Grid Systems - IOS Press | 2024 Impact Factor:0.4 | Cite Score:1.6 | Q4

Multiagent and Grid Systems Journal With Cite Score

Cite Score and Journal Rank of Multiagent and Grid Systems

About: Multiagent and Grid Systems is a peer-reviewed academic journal that focuses on the convergence of multi-agent systems and grid computing. It provides a platform for the publication of research that explores the integration of these two fields, addressing theoretical, technical, and practical challenges.
Objective: The primary objective of the Multiagent and Grid Systems journal is to advance the understanding and development of systems that combine multi-agent technologies with grid computing infrastructures. The journal covers a wide range of topics, including agent-based modeling, distributed computing, resource management, coordination and cooperation among agents, grid services, and applications of multi-agent systems in grid environments. It aims to foster innovation by publishing research that offers novel solutions to the challenges of integrating these technologies.
Interdisciplinary Approach: The journal adopts an interdisciplinary approach by bringing together research from computer science, artificial intelligence, distributed systems, and related fields. This approach allows for a comprehensive exploration of issues that arise at the intersection of multi-agent systems and grid computing. Contributions that address complex problems from multiple perspectives, such as scalability, reliability, and efficiency in distributed environments, are particularly encouraged.
Impact and Significance: The Multiagent and Grid Systems journal has a significant impact on both the academic and industrial communities involved in distributed computing and intelligent systems. The research published in the journal contributes to the advancement of multi-agent systems, grid computing, and their integration, providing valuable insights for researchers, developers, and practitioners. It serves as a key resource for staying informed about the latest developments, methodologies, and applications in these rapidly evolving fields.

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Editor-in-Chief: Prof. Dr.Â Huaglory Tianfield

Scope: The Multiagent and Grid Systems Journal focuses on the research, development, and application of multiagent systems and grid computing. It serves as a platform for the dissemination of innovative ideas and technological advancements in these interconnected areas. The journal covers a wide range of topics that are crucial to the understanding and advancement of multiagent systems and grid technologies. Key areas covered by the journal include:
1. Multiagent Systems: Research on the theory, design, implementation, and application of multiagent systems, including agent-based modeling, agent communication, and coordination.
2. Grid Computing: Studies focused on grid computing infrastructures, resource management, and the integration of grid technologies with distributed systems and cloud computing.
3. Agent-Based Simulation and Modeling: Exploration of agent-based simulation techniques and their applications in various domains, including economics, biology, and social sciences.
4. Distributed Artificial Intelligence (DAI): Research on distributed AI techniques, including distributed problem solving, cooperative systems, and decentralized decision-making.
5. Grid and Cloud Integration: Studies on the integration of grid computing with cloud computing technologies, focusing on hybrid systems, interoperability, and resource sharing.
6. Agent Communication and Interaction: Examination of communication protocols, interaction strategies, and negotiation techniques among agents in a multiagent environment.
7. Computational Grids: Research on computational grids, including the architecture, scheduling, and execution of large-scale computational tasks on grid infrastructures.
8. Agent-Based Systems in Grid Computing: Studies on the use of agent-based systems to manage, optimize, and automate grid computing processes, including resource allocation and job scheduling.
9. Applications of Multiagent Systems: Exploration of real-world applications of multiagent systems in various fields, such as robotics, finance, healthcare, and logistics.
10. Middleware and Tools for Grid and Multiagent Systems: Research on middleware technologies and tools that support the development, deployment, and management of multiagent systems and grid computing platforms.
11. Security and Trust in Multiagent and Grid Systems: Studies on the security challenges and trust management mechanisms in multiagent systems and grid computing environments.
12. Scalability and Performance Analysis: Research on the scalability, performance optimization, and benchmarking of multiagent systems and grid infrastructures.
13. Collaborative and Cooperative Systems: Exploration of collaborative and cooperative strategies in multiagent systems, focusing on teamwork, coalition formation, and collective decision-making.
14. Distributed Computing Paradigms: Studies on distributed computing paradigms, including peer-to-peer networks, volunteer computing, and edge computing, and their integration with grid systems.
15. Grid Services and Virtual Organizations: Research on grid services, service-oriented architectures, and the concept of virtual organizations within grid environments.
16. Interoperability and Standards: Examination of interoperability issues, standards, and protocols in multiagent systems and grid computing.