Publications récentes
Quantum 3D Microscope Benchmark Study
by Ron Nichols, Paul Murphy, Andrey Boyle, and Michel Paradis. The purpose of this benchmark study was to compare how 3D microscopy can be applied to a forensic firearm case workflow, and to establish the differences when using a conventional comparison microscopy.
TéléchargerWhat to Expect from the Arrival of the Quantum 3D Microscope
Forensic firearm and toolmark identification has been widely accepted in the courts since its inception in the early 20th century. Recently though, it has faced some significant challenges due to court concerns about reliability and a lack of a statistical foundation for the conclusions offered by forensic firearm examiners.
TéléchargerSeeking Interoperability of Ballistic Identification Systems
The goal of making all BIS (Ballistic Identification Systems) and standalone ballistic image capture equipment interoperable was always hindered by the intrinsic incompatibility of 2D (reflectance) images from different systems.
TéléchargerIBIS Hit Viewer
IBIS Hit Viewer rendra la tâche plus facile et plus rapide aux experts d’armes à feu pour améliorer leurs comparaisons avec le microscope.
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