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|Title:||3D Reconstruction in Nuclear Security|
|Authors:||BOSTROEM GUNNAR; FIOCCO MARCO; GONCALVES JOAO; PUIG ALCORIZA DAVID; SEQUEIRA VITOR; CHARTIER Bernard; KIESSER Richard; MARIOTTE Frederic; RICHARD Michel; ZAMORA Patrick|
|Citation:||ESARDA Bulletin no. 38 p. 17-24|
|Type:||Articles in periodicals and books|
|Abstract:||Accurate modelling is gaining increasing importance in security applications. Indeed, realistic and dimensionally accurate models of critical areas can be used for prevention and simulation exercises as well as for planning emergency responses once an attack is perpetrated. CEA-DAM and EC-JRC engaged in a joint exercise involving the simulation of a terrorist attack in an urban area with possible release of radiological substances. JRC was responsible for creating a dimensionally accurate (centimetre accuracy) 3D model from the urban area "as-is" before and after the attack. Further tests involved the automatic 3D detection of changes in both indoors and outdoors environments. The paper describes the principles and technologies behind the generation of photo-realistic and accurate 3D models of wide areas "as-is", and will discuss the use of those technologies for nuclear security applications.|
|JRC Institute:||Institute for the Protection and Security of the Citizen|
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