Wireless Communication Systems
Our research spans from baseband algorithm optimization to system-on-chip (SoC) implementation for 5G/B5G and V2X (Vehicle-to-Everything) communications.
We have successfully developed LTE-V baseband chips for vehicular networks and sustainable multi-dimensional architectures for specialized networks (e.g., LTE 230MHz power grids). We are currently exploring O-RAN architectures and software-defined radio solutions.
Key Directions and Achievements
V2X & Vehicular Communication
High-reliability, low-latency baseband processing algorithms and chip implementations for LTE-V and autonomous driving scenarios.
Specialized Network Baseband
Customized baseband SoC design for industrial and power grid private networks (e.g., LTE 230MHz), ensuring security and stability.
O-RAN & Virtualization
Research on Open RAN architectures, optimizing parallel computing for software-based baseband processing on general-purpose platforms.