Prospective authors are invited to submit their full papers using EDAS online submission system. All submissions should be written in English with a length of up to 6 pages (font size 10, double column) following the standard IEEE conference templates. Only PDF files will be accepted for the review process. Submitted papers will be peer-reviewed. Like the previous events, accepted and presented papers in ICCSPA’24 will be submitted for indexing in IEEE Xplore and Scopus. Selected papers will be invited for further peer-reviewed publication in a special issue in a reputable journal. More details will be provided soon.
Full Paper Templates
Use these templates to prepare your submission for ICCSPA’24:
- A4 Paper Template (Word Document)
- LaTex Template (Zip file)
Important Dates
March 17, 2024 (Firm Deadline)
Tutorial Proposals
November 19, 2023
Acceptance Notification
April 7, 2024
May 13, 2024
May 13, 2024
Conference Tracks
Track 1
Artificial Intelligence, Machine Learning and Optimization for Communications, Networks and Signal Processing
- Deep, distributed, reinforcement, end-to-end communication-inspired machine learning (ML), Bayesian optimization and performance analysis and scalability of ML techniques for 5G onwards to 6G wireless communications networks & systems.
- Implementation of AI/ML algorithms for modelling and optimization of wireless networking architecture for load balancing and cell/band association and data-driven networks & wireless systems.
- Convex and non-convex optimization, unsupervised and generative models, semantic and goal-oriented and game-theoretic approaches for wireless communications.
- Emerging Topics in consumer communications & networking, cloud & fog/edge computing and networking, edge intelligence, software-defined networking, and network function virtualization.
- Networking solutions for emerging industrial and social applications.
Track 2
Advances of Wireless Communication Theory, Protocols, and Security
- Reconfigurable intelligent surfaces for future wireless communications and physical layer & cyber security, privacy and blockchains security.
- Medium access control issues, including mobility management, interference mitigation, multi-user access, resource allocation, duplexing techniques, and coexistence with RF wireless technologies.
- Spectrum access, sensing, sharing and scheduling & resource management techniques, cross-layer optimization, cognitive radio, cooperative communication, and networking.
- Protocols for next-generation wireless systems.
- Localizations and sensing, energy efficiency, energy harvesting, privacy, and security.
- Next-generation communication and WiFi systems, cognitive radio systems & networks, software-defined radio and networks, and machine intelligence for mmWave communication and networking.
- Information theory, feedback & two-way communication and channel capacity, Millimeter-wave & Terahertz systems and next generation MIMO and massive MIMO systems.
Track 3
Wireless Sensing, Positioning and Multi-Sensor Navigation
- Wireless sensing in spatially distributed autonomous devices.
- Advanced methods for high-precision Satellite based wireless positioning.
- Wireless high-precision positioning based on mmWave cellular systems for challenging indoor and urban areas.
- Ultra-wideband (UWB) and low Earth orbit (LEO) communication satellites technologies as navigation aids.
- Advances of the emerging LEO-based satellite for positioning and timing services.
- Fusion with onboard sensors for uninterrupted, robust guidance and navigation for safety-critical applications such as autonomous vehicles, intelligent transportation systems and mapping.
Track 4
Emerging Technologies, IoT and Industry Applications
- Visible light and optical communications, free-space optical communications, LiFi fundamentals, concepts, and new approaches.
- Satellite and space communications, Quantum communications, molecular and nano communications.
- Network and radio resource management, V2X technologies for connected and automated vehicles, UAVs and Non-terrestrial Networks.
- Smart cities and IoT enabling technologies and services, computational intelligence, and big data analytics for reliable IoT, IoT Security/Cyber Security for connected and autonomous vehicles, blockchain and cryptography.
- Mobile edge computing and cloud computing applications
- Biomedical applications including E-health and mobile health, emerging implanted sensors and wearable devices, and virtual and augmented reality.
- Prototype results, testbeds, and new applications.
- Industry verticals (transportation/aviation/healthcare/telecom etc.)
Track 5
Non-Terrestrial Networks (NTN) towards 6G
- Channel modelling and measurements for NTNs.
- Integrations of NTNs with terrestrial communications in future heterogeneous networks.
- High-altitude platform stations and LEO mega-constellations.
- Network architecture and protocols for NTNs.
- AI/ML applications for NTNs.
- Radio resource management and optimization, cross-layer design for NTN.
- Safety, security and sustainability of NTNs