Aims and scope

The overall aim of the Journal on Wireless Communications and Networking (JWCN) is to bring together science and applications of wireless communications and networking technologies with emphasis on signal processing techniques and tools. It is directed at both practicing engineers and academic researchers. Journal on Wireless Communications and Networking will highlight the continued growth and new challenges in wireless technology, for both application development and basic research. Articles should emphasize original results relating to the theory and/or applications of wireless communications and networking. Review articles, especially those emphasizing multidisciplinary views of communications and networking, are also welcome. Journal on Wireless Communications and Networking employs a paperless, electronic submission and evaluation system to promote a rapid turnaround in the peer-review process.

The journal is an Open Access journal since 2004.

Special Issue on 6G Edge Intelligence Networks: Data-oriented and Task-oriented Semantic Communications
提出日: 2026-01-20

EURASIP Journal on Wireless Communications and Networking is calling for submissions to our Collection on 6G Edge Intelligence Networks: Data-oriented and Task-oriented Semantic Communications. The semantic communication covers multiple layers of information transmission, which includes semantic problem and utility problem. In particular, semantic communication aims to solve how the transmitted symbols accurately convey meaning and how the received meaning effectively influences behavior in the expected way. Different to the accurate transmission of symbols in traditional communication. Instead, it pays more attention to the accurate transmission and effective utilization of the semantics of information in semantic communication, achieving "first understanding and then transmission". Note that the application scenarios of future 6G, such as super wireless broadband, immersive communication, and ultra-high reliable low-latency communication,etc., have higher requirements in terms of delay, spectral efficiency, energy efficiency, connection and intelligent computing. However, the salient features of edge networks, including heterogeneous data, co-channel interference, time-variability, etc., have significant impacts on the performance of edge semantic communication.

To address the above issues, we solicit state-of-the-art research contributions that present innovative solutions for 6G edge semantic communication networks. Thereby, this special issue will be devoted to both the theoretical and the practical evaluations related to the design, analysis and implementation of AI techniques applied at the semantic communication networks. The research is expected to utilize advanced technologies from different fields such as artificial intelligence (AI), digital image signal processing, and computer vision to meet the needs of 6G edge intelligent network in terms of delay, spectral efficiency, energy efficiency, and intelligence.

A short list of topics of interest:

• Joint design of communication, sensing, and computing for semantic communication.
• Security and privacy of edge semantic communication.
• Deep joint source and channel coding for semantic communication.
• Wireless image/video transmission in semantic communication.
• Distributed machine learning over hierarchical semantic communication networks.
• Over-the-air computation for distributed semantic communication networks.
• Novel multiple access technologies for semantic communication networks.
• Interference management for distributed semantic communication networks
• Wireless network resource management for semantic communication networks.
• Coded distributed computing for edge semantic communication networks
• Edge semantic communication for emerging network applications, e.g., digital twin, autonomous vehicle systems, smart e-health.
• Federated optimization for distributed semantic communication networks.

Article publication will be continuously, i.e. articles are published into the special issue one at a time as soon as they are ready.

Special Issue on 3D-Networks for 6G: System Design, Technologies, and Proof of Concepts
提出日: 2026-04-30

The advent of 6G networks envisions a revolutionary transformation from traditional ground-based systems to fully integrated 3D architectures that unify terrestrial, aerial, and satellite communication layers. This emerging paradigm—often referred to as 3D Networks—leverages Hybrid Satellite-Terrestrial Networks (H-TN/NTN), Unmanned Aerial Vehicles (UAVs), High-Altitude Platforms (HAPs), and Low Altitude Platforms (LAPs) to deliver ubiquitous coverage, ultra-low latency, and extreme reliability. This special issue seeks original contributions that address system-level design, link-level design, enabling technologies, infrastructure innovations, and proof-of-concept implementations across all layers of the 3D communications stack. We invite researchers, engineers, and industry experts to submit their cutting-edge work in both theoretical and applied aspects of 3D networks for 6G.

As 6G aims to provide ubiquitous and immersive connectivity, the integration of 3D networking is becoming essential in research and standardization efforts. Unlike previous generations, 6G must support communication not only on the ground but also in the air and space, enabling seamless connectivity with drones, satellites, and high-altitude platforms. This vertical expansion allows for dynamic resource management, improved coverage in remote areas, and support for emerging applications like extended reality and autonomous aerial mobility. As a result, 3D networking is a foundational pillar in shaping the future capabilities of 6G.

Key topics of interest include, but are not limited to the following:

3D Architecture

Architectures for integrated terrestrial–aerial–space networks, Functional split and functional placement, Integrated control and data plane design, Network Topology Formation and Reconfiguration, Inter-domain handover and seamless connectivity, Inter-layer synchronization and latency management, Resilience and fault tolerance in 3D architectures

Hybrid Satellite/Terrestrial Networks (H-TN/NTN) RAN, Network and Core Infrastructure in H-TN/NTN

AI-Driven network management in 3D communication systems, Routing and control protocols, Resource management, resource allocation, Mobile Cloud Computing (MCC) and Multi-Access Edge Computing (MEC), Network and service virtualization, Software Defined Networking (SDN), Network Function Virtualization (NFV), Space-air-ground integrated networking

Advanced PHY/MAC Concepts and Processing for H-TN/NTN

Coding, modulation, and synchronization schemes, Channel models, Interference and fade mitigation techniques, Signal detection and estimation, Statistical and Adaptive Signal Processing, Medium access control, Dynamic scheduling, power control, interference management, Cross-Layer PHY-MAC Design and Optimization for 3D Networks

Hardware and Edge Intelligence

Software-Defined Radio (SDR)-based components, Antenna Design for H-TN/NTN, Energy-Efficient Communication Hardware for Aerial and Space-Based Platforms

UAVs, LAPs, HAPs

HAPS/LAPS-assisted Space-Terrestrial Communications, SWaP (Size, Weight, and Power) Optimizations for UAVs and HAPs, Aerial Relay Networks, Constellation Management, and Platform Coordination

Proof of Concepts

Simulation Platforms, Real-World Testbeds, Field Deployment Reports, SDR Communications for H-TN/NTN

SDG 9: Industry, Innovation & Infrastructure

Special Issue on Mathematical Models for Small Antennas
提出日: 2026-07-31

Over the past four decades, there has been a growing interest in mathematical modeling for antenna theory, driven by two major developments:

The rapid evolution of wireless communications, which has spurred the need for innovative antenna designs.

The popularity of fractal sets, celebrated for their flexibility in modeling real-world applications.

Fractal configurations, with their inherent properties of miniaturization and multiband behavior, have become a compelling model for designing small antennas. However, pre-fractal sets are not the only approach to achieve miniaturization. Recent research demonstrates that certain non-fractal modifications of fractal antennas can outperform their original versions. Moreover, fractal geometry alone does not fully capture the electromagnetic behavior of antennas. In fact, the geometrical configuration—whether fractal or non-fractal—may not be the sole determinant of antenna performance. Technical requirements and the complexity of the underlying physics often guide design choices. In recent years, numerous publications have highlighted the growing interest in this area. To advance this discussion, this Special Issue invites review articles, expository papers, and original research contributions on recent advances in mathematical modeling for small antennas, as well as broader theoretical and practical investigations in applied mathematics and information engineering related to this topic.

Topics of Interest include (but are not limited to):

Fractal geometry in antenna design
Wireless applications and emerging technologies
Design and optimization of small antennas
Performance analysis of miniaturized antennas
Fractal-like models in antenna theory
Wavelet models for small antennas
Wavelet bases and their applications in antenna design

Special Issue on AI for Communications and Communications for AI
提出日: 2026-10-01

The rapid evolution of artificial intelligence (AI) and next-generation communication technologies has created a deep and dynamic interplay between AI and communication networks. AI-driven communication enables intelligent perception, adaptive control, and efficient resource management across complex environments, while communication networks serve as the backbone for distributed and collaborative AI—supporting large-scale model training, edge inference, and low-latency data exchange.

The integration of AI4Communications and Communications4AI offers transformative opportunities for building intelligent, autonomous, and context-aware network ecosystems. At the same time, it introduces challenges in scalability, energy efficiency, security, and cross-domain coordination. This Special Issue aims to bring together leading researchers and practitioners to advance the co-design and co-evolution of AI and communication technologies, driving the development of intelligent, secure, and sustainable future networks.

The convergence of AI and communication technologies is a critical enabler for the next wave of intelligent connectivity. As networks evolve toward 6G and beyond, conventional architectures can no longer meet the demands of large-scale distributed intelligence, semantic communication, and real-time decision-making. Embedding AI into communication systems is essential for autonomous optimization, while communication infrastructures provide the backbone for scalable and trustworthy AI deployment. Advancing this synergy will redefine how future networks sense, think, and communicate, fostering innovations that empower sustainable and intelligent digital ecosystems.

We invite original research and review articles on topics including but not limited to:
AI-driven optimization and automation in communication systems Semantic communication and knowledge-enhanced transmission Federated, distributed, and edge learning for intelligent networks Communication-efficient training and inference for large AI models Co-design of computation and communication for network intelligence Energy-efficient and sustainable AI deployment in communication infrastructures Trustworthy, explainable, and privacy-preserving AI for future networks AI-enhanced network security, reliability, and resilience Architectures and applications for 6G and intelligent connectivity

SDG 9: Industry, Innovation & Infrastructure

Special Issue on 2026 EuCNC & 6G Summit: 6G, Connecting Intelligence
提出日: 2026-10-10

This Special Issue will collect extended contributions of papers published in the proceedings of the international conference 2026 EuCNC & 6G Summit (European Conference on Networks and Communications and 6G Summit), which will be held in June 2026 in Málaga, Spain. The best papers of the conference will be selected by the Technical Programme Chairs and the Track Chairs. The respective authors will be invited to submit extended versions of their work. The Call for Papers of the conference will be disseminated through the 2026 EuCNC & 6G Summit website, as well as through social media platforms, newsletters, and several e-mail reflectors, reaching a wide international global audience. The aim of this Special Issue is to report on the advances of 6G-related research, with a special focus on achieving high efficiency, security, and sustainability. Building on the lessons from current deployments, 6G will introduce new technological enablers. 6G will be driven by demanding economic and societal needs for future public and private deployments, focusing on high efficiency, sustainability, and security. To unlock the full potential of the 6G ecosystem, advancements must be made in all areas, including technological enablers, key performance indicators, and value indicators, with an emphasis on societal needs and industry-specific applications. This involves minimising resource consumption across all aspects—such as energy usage, spectrum and cost efficiency—at all functional levels, including data, control, network function, service and security, AI, and Digital Twin layers, as well as optimising hardware resources across the entire system, from end devices to connectivity, computing, and storage. Contributions can cover different levels of technology readiness, from fundamental research to applications and trials. The motivation for this Special Issue is to present the latest and finest results on the evolution of research of mobile and wireless communications, coming, but not exclusively (EuCNC & 6G Summit is a conference open to the whole research community), from projects co-financed by the European Commission within its R&D programmes. A list of potential topics to be covered is reported below. However, the list is not exhaustive and contributions beyond these topics will be considered for publication if relevant to the scope of the Special Issue.

SDG 9: Industry, Innovation & Infrastructure