Automation Sciencesinformation scienceSignal ProcessingITartificial intelligenceCommunication EngineeringComputer Science and Technologies

PIMRC is one of the flagship conferences of IEEE Communications Society with a special focus on the cutting-edge wireless technology research and innovations.

The IEEE PIMRC 2025 edition will be composed of high quality keynotes, technical sessions, panels, workshops and tutorials. The conference welcomes contributions reporting original research results in all areas of wireless technology as well as in applications, services, and business.

We are excited to bring the 2025 Annual IEEE International Symposium on Personal, Indoor and Mobile Radio Communications (IEEE PIMRC 2025) to Istanbul, Türkiye. The symposium has become one of the two major conferences of the IEEE Communications Society (ComSoc) in the field of wireless communications and networking. Originally founded in 1989 as a workshop in London and developed over the years to become a major international conference attracting the technical community from all regions and continents. The IEEE PIMRC 2025 will be composed of high quality keynotes, technical sessions, panels, workshops and tutorials, supported by the Organizing and Technical Committees. IEEE PIMRC 2025 welcomes contributions reporting original research results in all areas of wireless technology as well as in applications, services, and business.

Call for Papers:
Track 1: Fundamentals and PHY
•AI and ML in/for communications
•Coding/modulation, information theory
•Channel modeling and equalization
•Cooperative communications, coded caching/computing
•Integrated sensing and communications
•Millimeter wave and Terahertz communications
•Multi-user communications and interference mitigation
•Optical wireless and visible light communications
•Physical layer security
•Propagation, antennas and beamforming
•Quantum communications
•Semantic communications and signal processing
•Source coding and joint source-channel coding
•Synchronization techniques
•Ultra-wideband communications
•Ultra/Tera multiple-input multiple-output (MIMO)
•Wireless information and power transfer

Track 2: MAC and Cross Layer Design
•Adaptive and reconfigurable MAC
•Age of information aware MAC design
•Information-theoretic approaches to MAC design
•Joint access and backhaul scheduler design
•Joint MAC and networking layer design
•MAC for low-power embedded networks
•MAC for mobile and vehicular networks
•ML for resource management
•Next-generation multiple access
•Radio resource management, allocation, and scheduling
•Scheduler for cooperative and relay systems
•Security issues in MAC design

Track 3: Mobile and Wireless Networks
•Ad hoc networks and wireless sensor networks
•Cognitive radio networks and self-organizing networks
•Cooperative networking
•Data-driven, large-scale network modelling and optimization
•Digital twins and autonomous networks
•Green and energy-efficient networks
•Massive Internet of Things (IoT) and sensor networks
•ML for networking, distributed ML, multi-agent systems
•Mobile edge, cloud, and fog computing
•Network security
•O-RAN
•Software-defined and open interface-based networks
•Stochastic geometry
•UAVs and non-terrestrial networks

Track 4: Emerging Technologies, Applications and Platforms
•5G NR and 6G standardization
•802.11 and next-generation Wi-Fi
•Connected vehicles and digital twin
•Experiments, prototypes, and testbeds
•Fluid antenna communications
•Full-duplex communication networks
•Holographic MIMO
•Innovative implanted and wearable devices
•Intelligent beamforming relays
•Joint radar and communications
•Networking support for virtual and augmented reality
•Reconfigurable intelligent surfaces
•Sensing and localization
•Software defined radio and networks
•Surface wave communications