COMPUTER-ASSISTED SIMULATION OF CONVENTIONAL ROENTGENOGRAMS FROM 3-DIMENSIONAL COMPUTED-TOMOGRAPHY (CT) DATA - AN AID IN THE IDENTIFICATIONOF UNKNOWN CORPSES (FOXSIS)
T. Riepert et al., COMPUTER-ASSISTED SIMULATION OF CONVENTIONAL ROENTGENOGRAMS FROM 3-DIMENSIONAL COMPUTED-TOMOGRAPHY (CT) DATA - AN AID IN THE IDENTIFICATIONOF UNKNOWN CORPSES (FOXSIS), Forensic science international, 71(3), 1995, pp. 199-204
A computer simulation program (Forensic X-ray Simulation and Identific
ation System, FoXSIS) is presented. FoXSIS calculates conventional X-r
ay summation images using any scanning parameters from three-dimension
al CT data records. All those parameters decisive for X-ray morphology
are freely selectable for realistic simulations: focus-object distanc
e, object-film distance,centring of the X-ray beam, the location of th
e object in the path of rays, brightness and contrast, as well as para
llel and central projection. In addition, distance and angle measureme
nts, as well as enlargements of details are possible. The program may
be expected to help in the identification of unknown corpses now, and
even more in the future on account of the increased use of clinical co
mputed tomographies.