2021年7期
刊物介绍
《中国通信》创刊于2004年，期刊总编辑为两院院士、北京邮电大学教授陈俊亮。2008年起，应广大读者需求期刊由纯英文版变更为中英文双语版。中英文刊的出版目标是成为我国通信行业最具影响力的，有学术特色的综合性期刊。中英文刊立足于我国信息通信业发展大局，积极开展海内外学术交流，及时反映海内外最新研究成果。
China Communications
COMMUNICATIONS THEORIES ＆ SYSTEMS
- BER Analysis of NOMA with Max-Min Relay Selection
- Deep Learning Based User Grouping for FD-MIMO Systems Exploiting Statistical Channel State Information
- Information-Defined Networks: A Communication Network Approach for Network Studies
- CLORKE-SFS:Certificateless One-Round Key Exchange Protocol with Strong Forward Security in Limited Communication Scenarios
EMERGING TECHNOLOGIES ＆ APPLICATIONS
- An Intelligent Scheme for Slot Reservation in Vehicular Ad Hoc Networks
- Joint Computing and Communication Resource Allocation for Satellite Communication Networks with Edge Computing
- Energy Model for UAV Communications: Experimental Validation and Model Generalization
- Joint Topology Construction and Power Adjustment for UAV Networks: A Deep Reinforcement Learning Based Approach
FEATURE TOPIC：COLLABORATIVE INTELLIGENCE FOR VEHICULAR INTERNET OF THINGS
- V2I Based Environment Perception for Autonomous Vehicles at Intersections
- Machine Learning-Based Radio Access Technology Selection in the Internet of Moving Things
- A Joint Power and Bandwidth Allocation Method Based on Deep Reinforcement Learning for V2V Communications in 5G
- CSI Intelligent Feedback for Massive MIMO Systems in V2I Scenarios
- Better Platooning toward Autonomous Driving: Inter-Vehicle Communications with Directional Antenna
- Reinforcement Learning Based Dynamic Spectrum Access in Cognitive Internet of Vehicles
- MADCR:Mobility Aware Dynamic Clustering-Based Routing Protocol in Internet of Vehicles
- CHRT:Clustering-Based Hybrid Re-Routing System for Traffic Congestion Avoidance
- A Novel Improved Artificial Bee Colony and Blockchain-Based Secure Clustering Routing Scheme for FANET
- A Federated Bidirectional Connection Broad Learning Scheme for Secure Data Sharing in Internet of Vehicles
- Deep Reinforcement Learning-Based URLLC-Aware Task Offloading in Collaborative Vehicular Networks
- Game Theoretical Secure Wireless Communication for UAV-assisted Vehicular Internet of Things
- Guest Editorial