Technical Description
The invention is a high-precision cellular positioning method that utilizes dynamic time-orthogonal antenna port multiplexing and deep-learning-driven multipath estimation to achieve sub-meter to centimeter-level localization accuracy in 5G New Radio (NR) networks.
Problems Addressed
- Multi-RF Hardware Costs
- NLOS Signal Biases
- Joint-Parameter Processing Complexity
- Limited UE Ports
- Beam Reporting Overhead
Tech Features
- Ceil-Formula Port Grouping
- Unitary Retraction Matrix
- 3D Tensor Cnns
- Permutation Optimization Loops
- Sigmoid Window Scaling
- Relativized Data Compression
Target Audience
- Telecom Equipment Manufacturers
- Industrial Iot Developers
- Smart Factory Automation Architects
Tech ID: P10-2262 TRL 3 Patent Status: Granted Available For Exclusive and Non-exclusive License
