Detection of Anti-Personnel Landmines is a challenging task for any sensor currently available. Using sensor fusion allows combining individual sensor results such that for each sensor its advantages remain while compensating for its disadvantages by using other sensor types. This paper provides an overview of sensor-fusion results obtained within the EU funded projects GEODE and LOTUS. These projects aim toward a vehicle mounted sensor suite consisting of Ground Penetrating Radar, Metal Detector, and Thermal Infra-Red
This research has focused on close-in landmine detection, which aims to identify landmines in a part...
Abstract only availableThroughout the twentieth century, landmines have been used to inhibit the mov...
This report details a system which fuses information contained in registered images from multiple se...
In this paper the multi sensor fusion results obtained within the European research project GEODE (G...
In this paper we introduce the concept of depth fusion for anti-personnel landmine detection. Depth ...
We present the sensor-fusion results obtained from measurements within the European research project...
To acquire detection performance required for an operational system for the detection of anti-person...
Sensor fusion issues in a streamlined assimilation of multi-sensor information for landmine detectio...
The complexity of the detection and discrimination problem for land mines requires that multiple sen...
Sensor fusion issues in a streamlined assimilation of multi-sensor information for landmine detectio...
Currently no single sensor reaches the performance requirements for humanitarian landmine detection,...
This presentation gives an overview of most of the activities on research and development in the tec...
This paper reports on selection of suitable sensor fusion techniques for use in hand carried and veh...
Strategies for fusion of electromagnetic induction (metal detector (MD)) and ground penetrating rada...
Ground penetrating radar (GPR) and Infrared (IR) camera have become two established sensors for dete...
This research has focused on close-in landmine detection, which aims to identify landmines in a part...
Abstract only availableThroughout the twentieth century, landmines have been used to inhibit the mov...
This report details a system which fuses information contained in registered images from multiple se...
In this paper the multi sensor fusion results obtained within the European research project GEODE (G...
In this paper we introduce the concept of depth fusion for anti-personnel landmine detection. Depth ...
We present the sensor-fusion results obtained from measurements within the European research project...
To acquire detection performance required for an operational system for the detection of anti-person...
Sensor fusion issues in a streamlined assimilation of multi-sensor information for landmine detectio...
The complexity of the detection and discrimination problem for land mines requires that multiple sen...
Sensor fusion issues in a streamlined assimilation of multi-sensor information for landmine detectio...
Currently no single sensor reaches the performance requirements for humanitarian landmine detection,...
This presentation gives an overview of most of the activities on research and development in the tec...
This paper reports on selection of suitable sensor fusion techniques for use in hand carried and veh...
Strategies for fusion of electromagnetic induction (metal detector (MD)) and ground penetrating rada...
Ground penetrating radar (GPR) and Infrared (IR) camera have become two established sensors for dete...
This research has focused on close-in landmine detection, which aims to identify landmines in a part...
Abstract only availableThroughout the twentieth century, landmines have been used to inhibit the mov...
This report details a system which fuses information contained in registered images from multiple se...