Dear Researchers and Scholars,

We are excited to announce a section dedicated to exploring the diverse applications of Cooperative Game Theory in the Journal of Information Systems and Smart City. In the ever-evolving landscape of information systems and smart city development, Cooperative Game Theory emerges as a powerful tool with broad-reaching implications for collaborative decision-making, resource allocation, and optimization strategies.

As cities transform into intelligent, interconnected hubs and information systems become increasingly integral to our daily lives, the application of Cooperative Game Theory offers innovative solutions to complex challenges. This section aims to showcase cutting-edge research and insights into how Cooperative Game Theory can enhance various facets of Information Systems and Smart City initiatives.

Key Application Areas:

Smart City Development: Explore how Cooperative Game Theory contributes to optimizing urban planning, resource allocation, and collaborative decision-making in the context of smart city development.

Resource Allocation in Information Systems: Investigate the applications of Cooperative Game Theory in optimizing resource allocation within information systems, leading to enhanced efficiency and performance.

Collaborative Strategies in Wireless Communication: Delve into the cooperative aspects of communication networks within smart cities, examining how game-theoretic approaches improve communication strategies and network performance.

Data Sharing and Security: Explore the role of Cooperative Game Theory in designing collaborative frameworks for secure and efficient data sharing among various entities within smart city ecosystems.

Smart Grids and Energy Systems: Investigate the application of cooperative models in optimizing energy distribution, consumption, and collaboration among entities in smart grids and energy systems.

Transportation Optimization: Examine how Cooperative Game Theory enhances traffic flow, resource allocation, and collaborative decision-making in smart city transportation systems.

Healthcare Informatics: Explore the cooperative applications of game theory in healthcare information systems, focusing on resource optimization, data sharing, and collaborative decision-making.

We invite researchers, academics, and industry professionals to contribute their original research articles, reviews, and case studies to this section. Submissions should elucidate the role and impact of Cooperative Game Theory in addressing challenges and fostering advancements in information systems and smart city development.

Join us in this exciting exploration of Cooperative Game Theory's applications in creating smarter, more efficient, and collaborative urban environments. Together, let's push the boundaries of knowledge and innovation in the realm of Information Systems and Smart City development.

We look forward to receiving your contributions.

Dr. Serap Ergun

Section Editor

Cooperative Models; Game-Theoretic Approaches; Resource Allocation; Collaborative Decision-Making; Supply Chain Management; Environmental Economics; Group Learning Dynamics; Wireless Communication Strategies; Data Sharing and Security