Soil inspection by means of non-destructive evaluation (NDE) methods constitutes a subject of great research interest with practical implications beyond a particular domain of application. NDE methods often require the modelling of physical phenomena involving complex sets of equations whose computational solution has demanding requirements in terms of memory and computing power. One case of particular importance is that of the heat transfer equation, present in multiple situations. In this article, we will focus on NDE for soil inspection, with a particular application on the detection of shallowly buried antipersonnel mines in sandy soils. To this aim, a quasi-inverse procedure for the estimation of the depth of burial of the mine targets, and a full-inverse procedure for the characterization of the physical properties of other targets will be proposed. The efficient computational solution of these procedures is ensured via a software-hardware heat equation solver presented here
Slavova, V, Sahli, H & Verhelst, W 2009, Multimodal Emotion Recognition – More cognitive machines. in L Fernando de Mingo Lopez, J Castellanos, K Markov, K Ivanova & I Mitov (eds), New Trends in Intelligent Technologies: Supplement to International Journal "Information Technologies and Knowledge" Volume 3. International Book Series Information Science & Computing, no. 14, ITHEA, Sofia, pp. 70-78, International Conference i.TECH-2 2009, Madrid, Spain, 2/09/09.
Slavova, V., Sahli, H., & Verhelst, W. (2009). Multimodal Emotion Recognition – More cognitive machines. In L. Fernando de Mingo Lopez, J. Castellanos, K. Markov, K. Ivanova, & I. Mitov (Eds.), New Trends in Intelligent Technologies: Supplement to International Journal "Information Technologies and Knowledge" Volume 3 (pp. 70-78). (International Book Series Information Science & Computing; No. 14). ITHEA.
@inproceedings{8439982e5f794f84bae60a8d00332fcb,
title = "Multimodal Emotion Recognition – More cognitive machines",
abstract = "Soil inspection by means of non-destructive evaluation (NDE) methods constitutes a subject of great research interest with practical implications beyond a particular domain of application. NDE methods often require the modelling of physical phenomena involving complex sets of equations whose computational solution has demanding requirements in terms of memory and computing power. One case of particular importance is that of the heat transfer equation, present in multiple situations. In this article, we will focus on NDE for soil inspection, with a particular application on the detection of shallowly buried antipersonnel mines in sandy soils. To this aim, a quasi-inverse procedure for the estimation of the depth of burial of the mine targets, and a full-inverse procedure for the characterization of the physical properties of other targets will be proposed. The efficient computational solution of these procedures is ensured via a software-hardware heat equation solver presented here",
keywords = "audio visual signal processing, emotion, cognitive",
author = "Velina Slavova and Hichem Sahli and Werner Verhelst",
year = "2009",
language = "English",
series = "International Book Series Information Science & Computing",
publisher = "ITHEA",
number = "14",
pages = "70--78",
editor = "{Fernando de Mingo Lopez}, Luis and Juan Castellanos and Krassimir Markov and Krassimira Ivanova and Iliya Mitov",
booktitle = "New Trends in Intelligent Technologies",
note = "International Conference i.TECH-2 2009 ; Conference date: 02-09-2009 Through 05-09-2009",
}