Journal of Interconnection Networks World Scientific Impact Factor

Journal of Interconnection Networks - World Scientific | 2024 Cite Score:0.7

Journal of Interconnection Networks With Cite Score

Cite Score and Journal Rank of Journal of Interconnection Networks

About: Journal of Interconnection Networks (JIN) is a peer-reviewed academic journal focusing on the study of interconnection networks, which are crucial for the performance and efficiency of various computing systems and communication networks.
Objective: The primary objective of JIN is to advance the field of interconnection networks by publishing high-quality research articles, reviews, and technical papers. The journal aims to cover various aspects of interconnection networks, including their design, analysis, implementation, and applications in computer systems, distributed systems, and communication networks.
Interdisciplinary Approach: JIN adopts an interdisciplinary approach by integrating research from computer science, electrical engineering, networking, and related fields. This approach encourages the exploration of innovative solutions and methodologies that span multiple disciplines, contributing to a deeper understanding of interconnection networks and their impact on system performance.
Impact and Significance: The Journal of Interconnection Networks is significant for its role in advancing the study and development of interconnection network technologies. It serves as a valuable resource for researchers, engineers, and practitioners involved in the design and optimization of networks for computing and communication systems. By providing a platform for cutting-edge research and practical insights, JIN contributes to the improvement of network performance and reliability.

Journal Home: Journal Homepage

Editor-in-Chief: Eddie Cheng

Scope: The Journal of Interconnection Networks (JOIN) focuses on research related to the design, analysis, and applications of interconnection networks, which are critical for communication and data transfer in various computing and networking systems. The journal covers a broad range of topics related to network architecture, protocols, and performance evaluation.
1. Network Architecture: Research on the design and structure of interconnection networks, including topologies, network models, and architectural innovations.
2. Network Protocols: Studies on protocols used for data transfer and communication in interconnection networks, including routing protocols, congestion control, and error handling.
3. Network Performance: Research on performance metrics and evaluation methods for interconnection networks, including throughput, latency, bandwidth, and scalability.
4. Network Design and Optimization: Studies on techniques for optimizing network design, including algorithmic approaches, optimization methods, and trade-offs in network design.
5. Network Simulation and Modeling: Research on simulation and modeling techniques for interconnection networks, including computational models, simulation tools, and performance prediction.
6. High-Performance Computing Networks: Studies on interconnection networks in high-performance computing (HPC) environments, including supercomputers, clusters, and parallel computing systems.
7. Network Fault Tolerance and Reliability: Research on methods for ensuring fault tolerance and reliability in interconnection networks, including redundancy, error correction, and recovery techniques.
8. Interconnection Networks for Embedded Systems: Studies on the design and implementation of interconnection networks for embedded systems, including real-time constraints and resource limitations.
9. Network Security: Research on security issues and solutions in interconnection networks, including encryption, access control, and secure communication protocols.
10. Network On-Chip (NoC) Designs: Studies on network-on-chip architectures, including design methodologies, communication protocols, and performance evaluation in integrated circuits.
11. Wireless and Mobile Networks: Research on interconnection networks in wireless and mobile environments, including ad hoc networks, mesh networks, and mobile communication protocols.
12. Network Scalability: Studies on scaling interconnection networks to accommodate increasing demands, including scalability challenges and solutions.
13. Interconnection Networks in Data Centers: Research on network designs and technologies used in data centers, including data center architectures, traffic management, and energy efficiency.
14. Optical Networks: Studies on optical interconnection networks, including optical communication technologies, network design, and performance optimization.
15. Network Programming and Configuration: Research on programming models and configuration techniques for interconnection networks, including network management and automation.