| Submission Deadline | Notification of Acceptance | Submission Email | Download |
|---|---|---|---|
| June 17, 2026 | 7-20 workdays | [email protected] | Manuscript Template |
Computational simulation and applied mathematics are essential for the development and evaluation of emerging communication paradigms, including quantum communication systems. As multimedia data volumes continue to grow, reliable transmission of images and videos over noisy and bandwidth-limited channels remains a significant challenge. Classical communication techniques rely on mathematical models, numerical optimization, and signal processing algorithms to improve reliability and efficiency. Similarly, quantum communication systems depend heavily on computational simulation to model quantum states, noise processes, and decoding strategies, as practical large-scale quantum hardware is still under development. Applied mathematical tools, such as linear algebra, probability theory, optimization, and numerical analysis, form the foundation for modeling quantum states, designing encoding schemes, and evaluating system performance. The integration of quantum communication concepts with computational simulation enables the study of complex quantum–classical hybrid systems and supports the development of robust, high-fidelity image transmission frameworks.
The symposium, which serves as a specialized session of the 4th International Conference on Mathematical Physics and Computational Simulation (CONF-MPCS 2026), will focus on applied mathematics and simulation.
Despite promising theoretical advantages, practical quantum communication systems for multimedia transmission remain difficult to realize due to noise sensitivity, limited hardware capabilities, and the complexity of quantum error mitigation techniques. As a result, computational simulation plays a critical role in exploring new quantum encoding strategies, evaluating their performance, and identifying feasible system architectures. This symposium aims to highlight how applied mathematical modeling and computational simulation can be used to design, analyze, and optimize quantum communication frameworks for image and video transmission. The focus is on bridging theoretical quantum information principles with practical simulation-based system design. Topics of interest include mathematical modeling of quantum states, multi-qubit encoding strategies, channel noise modeling, numerical performance evaluation, and hybrid quantum–classical communication systems. By bringing together researchers from applied mathematics, computational science, and quantum communication, the symposium seeks to foster interdisciplinary discussions, share emerging methodologies, and identify new research directions for robust and efficient multimedia transmission in quantum-enabled communication systems.
This symposium focuses on computational and mathematical aspects of quantum communication systems, with particular emphasis on image and multimedia transmission. Contributions are invited on topics such as mathematical modeling of quantum communication channels, multi-qubit encoding strategies, quantum signal processing, numerical simulation of quantum noise processes, optimization of quantum–classical hybrid transmission frameworks, and performance evaluation using perceptual quality metrics. The symposium encourages research that combines theoretical analysis with computational experimentation, including simulation-driven design of encoding schemes, channel models, and decoding algorithms. Applications involving image and video transmission, quantum-enhanced signal processing, and bandwidth-constrained communication systems are especially welcome. Both methodological studies and application-oriented research that demonstrate the role of applied mathematics and computational simulation in advancing practical quantum communication systems fall within the scope of this symposium.
Accepted papers of the symposium will be published in Conference Proceedings, and will be submitted to EI Compendex, Conference Proceedings Citation Index (CPCI), Crossref, CNKI, Portico, Engineering Village (Inspec), Google Scholar, and other databases for indexing. The situation may be affected by factors among databases like processing time, workflow, policy, etc.
This symposium is organized by CONF-MPCS 2026 and it will independently proceed the submission and publication process.
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