What Is IEEE Network?

IEEE Network is a bimonthly magazine published by the IEEE Communications Society that addresses practical and technical issues in computer communications, networking, and internetworking. Subtitled "The Magazine of Global Internetworking," it targets practitioners, researchers, and engineers who require accessible, survey-level coverage of how computer networks are designed, deployed, and managed. Unlike primary research journals, IEEE Network publishes tutorials and surveys written to be comprehensible to the nonspecialist, making it a reference point for professionals who follow the field without specializing in every subarea it covers.

The magazine has been in continuous publication since 1986 and has accumulated a substantial archive covering more than four decades of computer networking development, from early local-area network protocols through the growth of the internet, and into contemporary work on software-defined networking and network function virtualization. Its scope covers all layers of the protocol stack, from physical transmission to application-level service quality.

Editorial Mission and Scope

IEEE Network focuses on topics of broad interest to the networking community rather than narrow technical results. The editorial policy favors articles that survey a research area, identify open problems, and situate recent work within a longer trajectory. Topics regularly covered include network protocols and architecture, protocol design and validation, communications software, network control and management, and implementations across local-area, metropolitan-area, and wide-area network environments. The magazine also covers network security, quality of service, and the operational challenges of running large-scale infrastructure, making it relevant to both academic researchers and network operations professionals.

Special issues, which appear several times per year, bring together invited contributions on focused themes such as named-data networking, energy-efficient network design, or network slicing for fifth-generation mobile systems. These thematic issues often serve as the first consolidated survey of an emerging research area and are frequently cited as entry points into new subfields.

Format and Publication Model

Articles in IEEE Network are typically survey or tutorial in character, running longer than the letters-format papers common in rapid-publication venues. The writing standard requires that each article be accessible to a reader with a general background in data communications, even if the subject involves advanced mathematical or systems concepts. The full archive on IEEE Xplore extends back to 1987 and includes contributions from many of the researchers who shaped modern internet architecture, including work on early routing protocols, transport layer design, and the formalization of quality-of-service models.

The magazine operates under a hybrid open-access model, allowing authors to make individual articles freely available. It is indexed in major citation databases and carries an impact factor that reflects its standing as a survey and tutorial venue rather than a primary results journal.

Influence on Networking Research

IEEE Network has served as a point of reference for how networking problems are framed and communicated to the broader engineering community. Its emphasis on tutorial-quality writing has influenced how researchers present work to interdisciplinary audiences, and the IEEE Communications Society more broadly has used the magazine to signal which emerging topics merit attention from practitioners who lack the time to follow primary literature across all subfields.

Applications

IEEE Network covers topics with applications across a wide range of systems and industries, including:

• Internet routing and traffic engineering in backbone and edge networks
• Software-defined networking and programmable network infrastructure
• Network security, intrusion detection, and denial-of-service mitigation
• Quality-of-service management in multimedia and real-time communications
• Wireless and mobile networking, including fifth-generation cellular architecture