Best Readings in Reconfigurable Antennas for Reliable Communications
Scope
This collection examines how adapting antenna positions, shapes, and radiation patterns can help wireless links cope with fading and interference. The selected readings connect the fundamentals of reconfigurable antennas with practical designs for reliable multiuser communications.
Fundamentals, Channel Modeling, and Estimation
- Surveys and tutorials on reconfigurable antennas and fluid antenna systems
- Theoretical analysis of outage probability and spatial multiplexing
- Channel modeling, estimation, and prediction for reconfigurable antennas
Enabling Technologies and Architectures
- Fluid antenna systems, movable antennas, and reconfigurable pixel antennas
- Reconfigurable massive MIMO and tri-hybrid MIMO architectures
- Antenna configuration, signal processing, and learning-based control
Reliable Transmission and Applications
- Robust waveform design, beamforming, and interference mitigation
- Physical-layer security and anti-jamming techniques
- Applications in dense indoor environments, UAV networks, and satellite systems
Publication Information
- Series — IEEE ComSoc Best Readings
- Publisher — IEEE Communications Society
- Issued — September 2026
- Official Collection Page — Best Readings in Reconfigurable Antennas for Reliable Communications
Contributors
- Zan Li — Xidian University, China
- Shengyu Zhang — Singapore University of Technology and Design, Singapore
- Chao Wang — Xidian University, China
- Yongxu Zhu — Southeast University, China
- Hao Xu — Southeast University, China
- Gui Zhou — Friedrich-Alexander-Universität Erlangen-Nürnberg, Germany
- Tuo Wu — South China University of Technology, China