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IEEE International Symposium on Personal, Indoor and Mobile Radio Communications
1–4 September 2026 // Singapore
Scope of the Workshop
The rapid evolution toward next-generation wireless communication and sensing systems, such as 6G and beyond, face escalating demands for performance, efficiency, connectivity, coverage, and security. Traditional wireless technologies, while having fueled remarkable progress, are increasingly limited by classical limits, such as Shannon’s capacity, Moore's Law, electromagnetic bounds, and thermodynamic limits. Meeting future requirements calls for fundamentally new paradigms that go beyond incremental improvements in conventional technologies. Quantum information technologies (QITs) exhibit unprecedented sensitivity, security, and computing capability. These unique properties enable quantum-limited precision, endogenous security, potential quantum supremacy, and calibration-free operation, surpassing the constraints of classical wireless systems. Recently, QITs have demonstrated remarkable capabilities for wireless applications, making them attractive candidates for revolutionary advances in future wireless networks. By bridging fundamental quantum physics and practical communication engineering, these technologies offer a transformative pathway toward quantum-enhanced wireless systems.
Important Dates
Submission Deadline:
5th June 2026
Extended to 15th June 2026
Notification of Acceptance:
8th July 2026
Camera Ready:
1st August 2026
Topics of Interest include, but are not limited to
Principle, mechanism, signal modeling of QIT empowered wireless systems
Fundamental information-theoretic limits of QIT empowered wireless systems
Advanced transceiver architectures (reconfigurable, wideband, MIMO, multifunctional, noise-resilient, etc.) enabled by QITs
Advanced classical/optical/quantum waveform design, signal processing, and optimiza-tion approaches for QIT empowered wireless systems
Integration QITs with classical wireless systems and the classical-quantum interplay
Benchmarking against state-of-the-art electronic/photonic wireless systems
Nonlinearity and imperfectness investigation of QIT empowered wireless systems
Machine (deep) learning and LLM assisted interpretation, modelling, processing for QIT empowered wireless systems
Prototypes and/or system-level demonstrations of QIT empowered wireless systems
Practical solutions for efficiency, scalability, miniaturization, and robustness of QIT empowered wireless systems in real-world environments
Applications of QITs in mmWave/THz, ISAC, remote sensing, position, navigation, timing, and other promising areas
Applications of QITs in cellular, satellite, radar, deep space exploration, space-air-ground-sea network, V2X, IoT, and other scenarios
Standardization outlook and integration with 3GPP/ETSI/IEEE ecosystems
Paper Submission Link
Submission Notification
The page length limit for all initial submissions for review is SIX (6) printed pages (10-point font) and must be written in English. Initial submissions longer than SIX (6) pages will be rejected without review. Papers should be submitted via the submission link.
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