Open AccessAccuracy in Determining Aircraft Position by Terrestrial Radio Navigation
Author(s) -
Chingiz Hajiev,
Alper Mehdi Sametoğlu
Publication year - 2021
Publication title -
international journal of aviation science and technology
Language(s) - English
Resource type - Journals
ISSN - 2687-525X
DOI - 10.23890/ijast.vm02is02.0201
Subject(s) - position (finance) , distance measurement , observational error , radio navigation , geodesy , accuracy and precision , horizontal position representation , measurement uncertainty , position error , computer science , remote sensing , mathematics , statistics , telecommunications , geology , global positioning system , artificial intelligence , calibration , geometry , finance , economics
The main objective of terrestrial radio navigation is position determination. In this study, the accuracy of the distance measurement, distance difference measurement, and integrated angle measurement/distance measurement terrestrial radio navigation methods is investigated. in order to calculate the position errors, simulations for the aircraft flight dynamics were carried out, and the obtained position values were compared with the actual values. The aircraft position determination methods were evaluated in the sense of accuracy. The position determination method with better accuracy was determined by comparing the absolute errors of the examined methods. Simulation and error analysis shows that the distance difference method is superior and gives more accurate position results. It was observed that the distance measurement method errors were smaller than the errors of the integrated angle measurement/distance measurement method.