# The Application of GPS-Based Friend/Foe Localization and Identification to Enhance Security in Restricted Areas

## TL;DR

This paper proposes a GPS and radar-based system to automatically identify and locate people and vehicles in secure areas like airports to improve surveillance efficiency.

## Contribution

A novel electronic system combining GPS and radar data fusion is introduced to reduce false alerts in airport surveillance.

## Key findings

- The proposed system automatically identifies registered objects using GPS and radar data fusion.
- The integration of GPS and radar reduces false alerts in surveillance systems.
- The system is designed for use in high-security areas such as airport aprons.

## Abstract

This paper is devoted to the application of object localization and identification with information combined from a radar system and a dedicated portable/mobile electronic device equipped with a global positioning system (GPS) receiver. This device is able to provide object’s (staff member, and staff vehicle) rough location and identification. Such systems are required in very restrictive security areas like airports (e.g., open-air area and apron). Currently, the outdoor area of the airport is typically protected by a surveillance system operated by security guards. Surveillance systems are composed of different sensors, video and infrared cameras, and microwave radars. The sheer number of events generated via the system can lead to fatigue among staff, potentially resulting in the omission of critical events. To address this issue, we propose an electronic system equipped with a wireless module and a GPS module. This approach enables automatic identification of objects through the fusion of data from two independent systems (GPS and radar). The radar system is capable of precisely localizing and tracking objects, while the described system is able to identify registered objects. This paper contains a description of the subsystems of a portable/mobile electronic device. The fusion of information from the proposed system (rough location and identification) with the precise location obtained from short-range radar is intended to reduce the number of false alerts in the surveillance system.