The objective of the Joint Multi-sensor Mine-signatures (MsMs) campaign is to organize and execute an experimental campaign for collecting data of buried land-mines with multiple sensors. These data sets will then be made widely available to researchers and developers working on sensor fusion, signal processing for improved detection and identification of land-mines, assessing the role of the operator in the detection process, etc. The outdoor test facility of the Joint Research Facility of the European Commission, located at Ispra (Italy), houses the test minefield. Six test strips of 6 by 6 m consisting of different soil types (cluttered grassy terrain, loamy soil, sandy soil, clay soil, soil with high content of organic matter, and ferromagnetic soil) are complemented with one reference test strip of 6 by 6 m consisting of pure sand. The list of objects buried in the minefield includes mine simulants of three different dimensions with either a low or a high metal content, reference targets for position referencing and calibration checking, and clutter objects including empty bullet cartridges, metal cans, barbed wire, stones, wood, plastic boxes, etc. This test minefield is going to be left intact for a long period, in order to be able to perform multiple runs on it. For the test campaign of the year 2000, the core sensors were a metal detector, a ground penetrating radar, a microwave radiometer, and thermal infrared imagers. Later, other (more experimental) detectors will also be tested on the same test minefield. The first data sets are in the process of being released right now.
[1]
A. Gunatilaka,et al.
Comparison of predetection and postdetection fusion for mine detection
,
1999,
Defense, Security, and Sensing.
[2]
Francois C. Nivelle,et al.
Detection of land mines with passive IR and MMW imaging sensors
,
1997,
Defense, Security, and Sensing.
[3]
Leslie M. Collins,et al.
Single-sensor processing and sensor fusion of GPR and EMI data for land mine detection
,
1999,
Defense, Security, and Sensing.
[4]
Marc Acheroy,et al.
Characterization of mine detection sensors in terms of belief functions and their fusion, first results
,
2000,
Proceedings of the Third International Conference on Information Fusion.
[5]
Klamer Schutte,et al.
Sensor fusion for antipersonnel landmine detection: a case study
,
1999,
Defense, Security, and Sensing.
[6]
Andrew K. Chan,et al.
Histogram equalization, image registration, and data fusion for multispectral images
,
1995,
Defense, Security, and Sensing.
[7]
Paul D. Gader,et al.
Fuzzy set information fusion in land mine detection
,
1999,
Defense, Security, and Sensing.