Wireless Cellular Network Positioning Algorithm Program Enhanced with Scaling Factor
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Resource Overview
This innovative self-developed program modifies the Chan algorithm by incorporating a scaling factor, demonstrating excellent convergence and improved resistance to Non-Line-of-Sight (NLOS) propagation effects.
Detailed Documentation
The wireless cellular network positioning algorithm program has been enhanced by integrating a scaling factor. This innovative self-developed code builds upon the foundation of the Chan algorithm with customized modifications, providing superior convergence characteristics and effective mitigation of Non-Line-of-Sight (NLOS) propagation interference. The implementation achieves this through adaptive parameter adjustment in the positioning calculation module, where the scaling factor dynamically optimizes the weight allocation during the iterative positioning process. Key algorithmic enhancements include modified matrix operations in the least-squares estimation phase and robust error handling mechanisms, resulting in significantly improved positioning accuracy and reliability under challenging propagation conditions.
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