Precision Distance Measurement between GPS Coordinates for Student Surveillance in Libya: A Levenshtein Algorithm Perspective

Authors

  • Abdalhakim A. M. Damegi Department of Computer Science, College of Engineering Technologies - Yefren, Libya
  • Aboagela Dogman Department of Information Technology, Libyan Academy - Gharyan Branch, Libya

Keywords:

Child safety, GPS, distance measurement, Haversine formula, Levenshtein algorithm, location monitoring, parental involvement, Libya.

Abstract

Parental monitoring of student safety has become a critical concern in contemporary Libya, requiring reliable technological solutions. This research proposes a hybrid approach for student geolocation monitoring that combines the Haversine formula for accurate great-circle distance calculation with the Levenshtein algorithm for GPS coordinate-string integrity validation. The system was deployed across three educational institutions in Tripoli, Libya, involving 150 parent–student pairs over a 12-week period. The Haversine-based distance estimation achieved a mean absolute error of ±0.8 meters compared with ground-truth measurements. The Levenshtein algorithm detected and corrected 98.4% of corrupted GPS coordinate strings. A post-implementation survey showed that 87% of participating parents (n = 130) reported increased reassurance and satisfaction with their ability to monitor their children’s locations in real time. Overall, the proposed Haversine–Levenshtein hybrid approach offers a practical and integrity-preserving solution tailored to the Libyan educational context.

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Published

2026-05-11

How to Cite

Abdalhakim A. M. Damegi, & Aboagela Dogman. (2026). Precision Distance Measurement between GPS Coordinates for Student Surveillance in Libya: A Levenshtein Algorithm Perspective. Journal of Libyan Academy Bani Walid, 2(3), 62–71. Retrieved from https://journals.labjournal.ly/index.php/Jlabw/article/view/584

Issue

Section

Applied Sciences