WiMOB 2026 (International Conference on Wireless and Mobile Computing, Networking and Communications) is a CORE C / QUALIS B1 conference held in Avignon, France on 2026-10-14. The paper submission deadline is 2026-06-01. Acceptance notifications are sent on 2026-07-30.
The WiMob conference is an international forum for the exchange of experience and knowledge among researchers and developers concerned with wireless and mobile technology. For twenty years, the International WiMob conference has provided unique opportunities for researchers to interact, share new results, show live demonstrations, and discuss emerging directions in next-generation networks, 5G/6G, IoT, and Artificial Intelligence based Communication and Networking.
WiMob 2026 will take place in Avignon, France, October 14 - 16, 2026.
WiMob 2026 is soliciting high-quality technical papers addressing research challenges in the areas of Wireless Communication, Next Generation Mobile Networking, Mobility and Nomadicity, Ubiquitous Computing, Services and Applications, Green and sustainable communications and network computing, Security on Wireless and mobile Networks and Artificial Intelligence based Communications and Networking. Papers should present original work validated via analysis, simulation or experimentation. Practical experiences and testbed trials also are welcome.
Topics of Interest
WiMob 2026 will host FIVE parallel symposia:
Wireless Communications (WC)
Next Generation Mobile Networking (NGMN)
Artificial Intelligence based Communications & Networking (AICN)
Blockchain and Cryptocurrency in Mobile Networks (BCMN)
Trust, Security and Privacy in Wireless and Mobile Networks (SWMN)
Detailed topics.
Wireless Communications (WC)
Integrated Sensing, communication and computing ISCC
Broadband Wireless Communication Systems
Multimedia Communications over Wireless
Advances in Satellite Communication
Modulation and Coding
Multiple Access Techniques
Channel Measurement and Characterization
Location Estimation and Tracking
Multirate and Multicarrier Communications
Cognitive and Cooperative MAC
Heterogeneous Cellular Networks
Energy Harvesting Communication Systems
Large Scale Massive MIMO Systems
Reconfigurable Intelligent Surface
NTN Networks
Rate splitting multiple access RSMA
Next Generation Mobile Networking (NGMN)
Next Generation Mobile Networking
5G/6G Wireless and Mobile Networks
Cellular Systems, PCS Modeling and Configuration
Wireless Sensor Networks
Cross-layer Design and Optimization
Congestion and Admission Control
Mobility patterns, Location and Handoff Management
Wireless multicasting, broadcasting and geocasting
Wireless Sensors and Actuators/Robots Networks
Energy-efficient Protocols for Wireless Networks
Opportunistic & - Delay Tolerant Networks
Vehicular Wireless Networks
Integration of Ad hoc Networks with Wireless Access Networks
QoS Support for Mobile Networks
RFID Networks and Protocols
Portable Devices and Wearable Computers
Optimization Models and Algorithms
Space Networks
Virtualization in Wireless Networks
Software defined Wireless Networks
Swarms of Unmanned Vehicles
Green Data Storage, Data Centers and Cloud Computing, Content Distribution Networks
Aerial networks
Metaverse Network Architectures
Extended Reality (XR/AR/VR) over Wireless
Artificial Intelligence based Communications & Networking (AICN)
Generative AI and LLMs for Networks
Edge Intelligence, On-Device Learning, and TinyML
Neuro-Symbolic AI for Network Reasoning
Distributed, Federated, and Decentralized Learning for Networking
Causal, Explainable, and Trustworthy AI for Communications
Multi-Agent Learning in Wireless and Mobile Systems
Continual and Lifelong Learning for Dynamic Networks
AI for Joint Communication, Sensing, and Networking
Agentic AI for Network Operations
Digital Twin Networks with GenAI Integration
Data and energy efficient AI in Mobile Systems
Graph Neural Networks for Network Topology Optimization
Diffusion Models for Traffic Generation and Prediction
AI for Immersive Communications and XR Applications
Low-Latency Rendering and Edge Computing for XR
Artificial Intelligence for Mobile and wearable computing
Artificial Intelligence and Ubiquitous collaborative & social services
Artificial Intelligence and Cyber-physical integration
Artificial Intelligence and Big data analytics for mobility-enabled services
Artificial Intelligence for Mobile Health and Services
Blockchain and Cryptocurrency in Mobile Networks (BCMN)
Distributed Trust
Decentralised Internet Infrastructure
Decentralised Financial Services
Blockchain for Internet of Things/Cyber Physical Services
Blockchain and Machine Learning/Artificial Intelligence
Blockchain for Metaverse and Digital Twins
Distributed Consensus and Fault Tolerance Algorithms
Blockchain Platforms & Offchain Technologies
Decentralized Finance and payments
Trust, Security and Privacy in Wireless and Mobile Networks (SWMN)
Wireless and Mobile Network Security
Adversarial AI in Wireless and Mobile Networks
Offensive, Defensive, and Deceptive security in Wireless and Mobile Networks
Security and privacy in AI applications for Wireless and Mobile Networks
Security and privacy in federated learning for Wireless and Mobile Networks
Security and privacy in machine learning for Wireless and Mobile Networks
Security and Privacy in Crowd Sensing and Crowd Sourcing
Security and Privacy in Clouds and Content Distribution Networks
Security of Mobile Multimedia and Cloud Media
Security and Privacy of Big Data
Security and Privacy of Location-based Services
Security and Privacy of Social Networks
Security and Privacy of Internet of Things and Cyber Physical Systems
Resource Allocation, Incentives, and Game-Theoretic Models
Threat and Vulnerability Analysis for Mobile Communication
Trust Models, Security Modeling and Protocol Design
Computer and Network Forensics
Cryptographic Algorithms and Applications
Intrusion Detection and Prevention
Post-Quantum Cryptography for 6G Networks
Quantum Key Distribution (QKD) in 6G Networks
Quantum Communications over Wireless and Satellite Networks
Quantum-Resilient Key Exchange Protocols for IoT and Smart Devices
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