会议时间：2023年7月7日-9日
会议地点：西安
会议官网：http://ucom.org.cn/

未来通信系统将是一个融合空基、天基、地基、海基的泛在通信系统，不仅能够有效提升网络关键性能，更能打破地理限制，实现全球无缝立体覆盖，支持用户随时随地的接入，缩小不同地区之间的数字鸿沟。此外，不断涌现的新业务与新场景（如沉浸式体验、无人化业务、数字孪生等），及其日益严苛的关键性能指标，要求泛在通信系统实现通信、信息、大数据、AI、控制等技术的深度融合，进而支撑云化、柔性、至简、智慧/安全内生、开放的网络，提供分布、跨域、灵活、敏捷的扩展能力。尽管近年来学术界与工业界对泛在通信系统进行了讨论，但其网络架构、理论、关键技术及挑战的研究仍处于起步阶段。为此，西安电子科技大学通信工程学院发起了国际泛在通信会议，旨在建立一个广泛的交流平台，邀请全球知名专家、学者，针对泛在通信系统提出创新的见解、方法、架构、理论和建模方法以及行业发展愿景，形成高质量学术论文，共同推进泛在通信系统的发展。

★主办单位
西安电子科技大学通信工程学院
ISN 国家重点实验室

★联合主办单位
通信网信息传输与分发技术重点实验室

★支持单位
清华大学
浙江大学
北京理工大学
东南大学
哈尔滨工业大学（深圳）
电子科技大学
北京邮电大学
北京交通大学
南京航空航天大学

★征稿主题
Ucom 2023将包括但不限于通信理论与技术、信号处理与图像处理、网络、光通信、无线系统的机器学习与优化，以及泛在领域的新兴技术、标准与应用通讯：
Track 1.  Communication Theory and Techniques
Channel Modeling and Estimation
Energy Harvesting and Low Energy Communication
Feedback and Two-Way Communication
Holographic Surfaces and Reconfigurable Surfaces
Information Theory and Channel Capacity
Integrated Sensing and Communications
Low Resolution Communication
Millimeter Wave and Terahertz
Next Generation MIMO and Massive MIMO
Physical Layer Security
Propagation and Interference Modeling
Relaying and Self-Backhauling
Short Packet and Finite Block Length Communications
Visible Light Communications
Modulation and Channel Coding
Wireless Power and Information Transfer

Track 2. Signal Processing & Image Processing
Waveforms, Coding and Modulation
Iterative Techniques, Detection, and Decoding
Nonlinear signal processing
Statistical signal processing
Multi-rate Signal Processing in Communications
Signal Processing in Mobile Communications
Signal Processing in Optical Communications
Signal Processing in Software Radio Realization
Radar and sonar signal processing
Sensor array and multichannel signal processing
Signal processing for computer vision and robotics
Signal processing over graphs and networks
Signal processing for the internet of things
Design/implementation of signal processing systems
Image/Video Processing and Coding
Multidimensional Signal Processing
Image Processing & Understanding
Image Compression and Transmission
Image Recovery
Watermarking and Information Hiding
Video Compression & Streaming

Track 3. Networking
Scheduling and Opportunism
Resource Management
URLLC, Time Sensitive and Deterministic Networking
Network Slicing
Routing and Congestion Control
Multi-hop Networks
Multiple Access and Contention
Cooperative Communication and Networking
Cognitive Radio and Networking
Spectrum Sensing, Access, and Sharing
Wireless Network Security and Privacy
Backscatter Communications
Edge Computing, Edge Intelligence and Fog Networks
Network Economics
Energy-Efficient and Green Networking
RAN Data Collection and Storage Enhancement
Unlicensed Spectrum and Licensed/Unlicensed Inter-networking

Track 4. Optical Communication
Optical Fibers and Fiber-based Devices
Optical Transmission Systems, Sub-systems and Technologies
Networks Architectures, Management and Applications
Materials, Devices and Optoelectronics Integration
Microwave Photonics and Optical Signal Processing
Quantum photonics and applications
Machine learning for photonics and communications
Performance analysis of optical communications and networks
Flexible-grid elastic optical networks
Energy-efficient/green optical communications and networks
Optical wireless communication applications for future networks
Hybrid radio frequency/optical wireless communication systems and networks

Track 5. Machine Learning & Optimization for Wireless Systems
Deep Learning for Wireless
Reinforcement Learning for Wireless
Federated Learning and Distributed Learning for Wireless Networks
Unsupervised, Semi-supervised Learning and Generative Models
Communication-inspired Machine Learning (ML) for 6G
End-to-end ML over Wireless Channels
Scalability of ML for Wireless
Performance Analysis of ML Techniques for Wireless
Beam Management based on ML
Data-driven Network Modelling and Optimization
Networking Architectures for Artificial Intelligence
AI Service Provisioning in Wireless Networks
Intelligent Green Wireless Networking
Bayesian Optimization for Wireless
Convex and Non-Convex Optimization for Wireless
Semantic and Goal-Oriented Communications
Game Theoretic Approaches to Wireless
Datasets for Wireless Systems and Channels

Track 6. Emerging Technologies, Standards, and Applications
Sensing and Localization
Joint Radar and Communications
Connected Vehicles and Vehicle to Everything (V2X)
UAVs and Non-Terrestrial Networks
Satellite and Deep Space Communications
Intelligent Beamforming Relays
Molecular and Nano Communications
IoT and Machine Type Communications
Software Defined Radio and Networks
5G NR and 6G standardization
802.11 and next generation Wi-Fi
Blockchain and Cryptography
Quantum Communications
Innovative implanted and wearable devices
Networking support for virtual and augmented reality
Backhaul/Fronthaul Networking & Communications
Integrated Sensing, Computing and Communications

★会议论文集
优秀论文将有机会被推荐至Journal of Information and Intelligence等期刊（持续更新中）进行审核发表。

★联系方式
秘书：李女士
座机：028-87555888
手机：147 0286 6895（微信同号）
邮箱：Ucom@xidian.edu.cn
网址：http://ucom.org.cn/