About

4^thInternational Conference on 6G Communications Networking and Signal Processing (SGCNSP) is a premier conference in Signal processing for Wireless communication and networking. SGCNSP 2025 is a hybrid mode and to be held at Sri Krishna Institute of Technology, Bangalore during 27-28 June 2025. The conference aims of bringing together researchers and practitioners working on computing, communications and security aspects and providing a forum to present and discuss emerging ideas and trends in this highly challenging research field. The several pioneer researchers including IEEE Fellow and industrialist persons will be present for delivering the future trend of research directions. The selected accepted papers will be appeared for possible publication in Springer Nature “Lecture Notes in Electrical Engineering” (Scopus indexed).

We look forward to welcoming participants from around the world to SGNSP 2025 and creating a memorable and impactful conference.

Track 1: Signal processing

Sparse Signal Processing Theory for Communications
Signal processing for emerging technologies in 5G/6G
Graph signal processing
Biomedical signal processing
Detection and estimation
Distributed signal processing for edge learning and computing
Signal processing for sensor networks, smart cities, and IoT applications
Signal processing for single-carrier, OFDM / OFDMA, multicarrier systems including new waveforms
Smart grid and power line communications
Signal processing for software defined and cognitive radio
Quantum signal processing
Speech, audio and language processing

Track 2: Mobile and Wireless Networks

6G Vehicular networks
Centralized-RAN, Could-RAN, and FogRAN architectures, OpenRAN
Vehicular wireless networks
Underwater wireless networks
Delay-tolerant wireless networks
Reconfigurable wireless networks
Quality of Service (QoS) and Quality of Experience (QoE) in next-generation net
Wireless edge computing, fog computing, and cloud computing
Device-to-device communications
Machine-to-machine communications
AI for wireless networking
Testbeds and deployment of wireless networks
Standardization activities of emerging wireless technologies
Communication paradigms based on emerging wireless technologies
Integration of satellite and terrestrial networks
Antennas and Microwave Components
Radars, Remote sensing and Wireless Power Transfer

Track 3: Communication Systems and Networks

6G/next-generation networks
Hybrid technology (Wi-Fi 8 and 6G)
Information and coding theory
Emerging broadband wireless networks
Semantic networks/communications
Satellite and space communications
Quantum communications and computing
Security and privacy issues in communications for 5G/6G
Machine learning/AI- based solutions for wireless communications in 5G/6G
Wireless communications powered by Energy harvesting and green communications
Adaptive antennas, metamaterials, and beamforming
Multi-antenna, MIMO and Massive MIMO, holographic MIMO and/or multi-user systems
Heterogeneous and Small-Cell Networks
Millimeter Wave, Terahertz, and Ultra-Wideband Communication Theory
Network Coding
Full-duplex communications/ Physical Layer Security
Unmanned aerial vehicles (UAV) communications
Spectrum sensing, shaping, and management techniques
Detection and estimation theory
Cognitive radio and AI techniques for 6G and Beyond 5G systems
Security and privacy for 6G
6G networks and IoT
Intelligent Transportation Systems
Quality and performance of Multi-access Edge Computing (MEC) and fog computing solutions
Protocol design and performance evaluation of new RAN architectures
Software Defined Networking (SDN)
Quality and performance in beyond 5G/6G wireless and mobile networks

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