Fingerprint positioning of users devices in long term evolution cellular network using K nearest neighbour algorithm

Alhasan, Mohammed J.
Abdulhussein, Sarmad Muneer
Khwayyir, Ali H. K.

International Journal of Electrical and Computer Engineering
Vol 11, No 1: February 2021

The rapid exponential growth in wireless technologies and the need for public safety has led to increasing demand for location-based services. Terrestrial cellular networks can offer acceptable position estimation for users that can meet the statutory requirements set by the Federal Communications Commission in case of network-based positioning, for safety regulations. In this study, the proposed radio frequency pattern matching (RFPM) method is implemented and tested to determine a user’s location effectively. The RFPM method has been tested and validated in two different environment. The evaluations show remarkable results especially in the Micro cell scenario, at 67% of positioning error 15m and at 90% 31.78m for Micro cell scenario, with results of 75.66m at 67% and 141.4m at 90% for Macro cell scenario.