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www.isl.eu © ISL 2019 Detection of Improvised Explosive Devices The on-board change detection system helps to detect suspicious objects or improvised explosive devices (IEDs). By using an intuitive computer dis- play, the system highlights changes along a previously cleared itinerary to warn the operator of the presence of suspicious objects. The ISL change detection system • helps to secure frequently used itineraries, • highlights nearly invisible changes in the operational landscape, • is robust to changing light conditions and to varying trajectories, • operates in jammed areas or zones not covered by GPS, • has been extensively tested under operational conditions. Technical features • Use of augmented reality to compare real-time and data- based images • GPS geo-referenced imaging and recording • Stand-off and passive operation mode • Low-cost equipment Applications • Clearing of potentially trapped itineraries and protection of military convoys • Police operations for homeland security • Security inspection of airport tarmacs • Clearing of railways itineraries for high-speed trains ISL – French-German Research Institute of Saint-Louis Business Development Office: [email protected] 5 rue du Général Cassagnou • 68301 Saint-Louis • France

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Page 1: Detection of Improvised Explosive Devices · Detection of Improvised Explosive Devices The on-board change detection system helps to detect suspicious objects or improvised explosive

www.isl.eu

© IS

L 20

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Detection of Improvised Explosive Devices

The on-board change detection system helps to detect suspicious objects or improvised explosive devices (IEDs). By using an intuitive computer dis-play, the system highlights changes along a previously cleared itinerary to warn the operator of the presence of suspicious objects.

The ISL change detection system

• helps to secure frequently used itineraries,

• highlights nearly invisible changes in the operational landscape,

• is robust to changing light conditions and to varying trajectories,

• operates in jammed areas or zones not covered by GPS,

• has been extensively tested under operational conditions.

Technical features

• Use of augmented reality to compare real-time and data-based images

• GPS geo-referenced imaging and recording

• Stand-off and passive operation mode

• Low-cost equipment

Applications

• Clearing of potentially trapped itineraries and protection of military convoys

• Police operations for homeland security

• Security inspection of airport tarmacs

• Clearing of railways itineraries for high-speed trains

ISL – French-German Research Institute of Saint-Louis Business Development Office: [email protected] rue du Général Cassagnou • 68301 Saint-Louis • France