Special Session 13

Special Session 13. Integrated Sensing, Communication and Radar Technologies

Submit via easychair and select Special Session 13

• The convergence of sensing and communication technologies is emerging as a transformative paradigm for next-generation wireless networks. Integrated Sensing and Communication (ISAC) enables dual-functional systems to simultaneously transmit data and sense the environment, thereby improving spectral efficiency, reducing hardware costs, and unlocking novel applications in vehicular networks, smart cities, and unmanned aerial systems. This special session focuses on the theoretical foundations, signal processing algorithms, waveform design, resource management, AI-driven optimization, and practical demonstrations for coexisting radar and communication systems. We invite original contributions that address fundamental performance trade-offs, interference mitigation, and practical implementation challenges in integrated sensing-communication-radar platforms.
  
  Topics of interest include, but are not limited to:
  • ISAC waveform design and dual-function optimization
  • Joint radar-communication signal processing and estimation
  • Coexistence, spectrum sharing, and interference management
  • MIMO and massive MIMO for dual radar-communication systems
  • Machine learning and AI for ISAC signal processing
  • Resource allocation and scheduling in sensing-communication networks
  • Vehicular ISAC and V2X sensing-communication integration
  • Millimeter-wave and THz integrated sensing and communication
  • Security, privacy, and anti-jamming in ISAC systems
  • Performance bounds, prototypes, and experimental validations