We present a study on detection of buried anti-personnel mines (APM) by means of infrared imaging. First, an analytical study of a theoretical thermal model is presented. Then we describe an original approach towards the simulation of an extended model and summarize the results. These are then compared with results obtained from experiments in laboratory and real environment conditions. In order to use the whole dynamic information contained in the image sequences, two methods for extracting the difference in dynamic temperature response between objects in a scene are introduced and applied.
Schachne, M, Van Kempen, L, Milojevic, D, Sahli, H, Van Ham, P & Cornelis, J 1998, Mine Detection by Means of Dynamic Thermography: Simulation and Experiments. in MD'98, Second International Conference on the detection of abandoned land mines; Edinburgh, UK; October 12-14, 1998.. Second International Conference on the Detection of Abandoned Land Mines, pp. 124 - 128, Edinburgh, UK., pp. 124-128.
Schachne, M., Van Kempen, L., Milojevic, D., Sahli, H., Van Ham, P., & Cornelis, J. (1998). Mine Detection by Means of Dynamic Thermography: Simulation and Experiments. In MD'98, Second International Conference on the detection of abandoned land mines; Edinburgh, UK; October 12-14, 1998. (pp. 124-128). Second International Conference on the Detection of Abandoned Land Mines, pp. 124 - 128, Edinburgh, UK..
@inproceedings{536a7eb68d3846e2aab760c3783bc6df,
title = "Mine Detection by Means of Dynamic Thermography: Simulation and Experiments",
abstract = "We present a study on detection of buried anti-personnel mines (APM) by means of infrared imaging. First, an analytical study of a theoretical thermal model is presented. Then we describe an original approach towards the simulation of an extended model and summarize the results. These are then compared with results obtained from experiments in laboratory and real environment conditions. In order to use the whole dynamic information contained in the image sequences, two methods for extracting the difference in dynamic temperature response between objects in a scene are introduced and applied.",
author = "M. Schachne and {Van Kempen}, Luc and D. Milojevic and Hichem Sahli and {Van Ham}, Philippe and Jan Cornelis",
note = "Second International Conference on the Detection of Abandoned Land Mines, pp. 124 - 128, Edinburgh, UK.",
year = "1998",
month = oct,
day = "12",
language = "English",
pages = "124--128",
booktitle = "MD'98, Second International Conference on the detection of abandoned land mines; Edinburgh, UK; October 12-14, 1998.",
publisher = "Second International Conference on the Detection of Abandoned Land Mines, pp. 124 - 128, Edinburgh, UK.",
}