Computed tomography has long been used by industry as a non-destructive evaluation technique for discovering flaws in parts before their use. Traditional linear array
computed tomography systems acquired data at a rate that could be reconstructed simultaneously with data acquisition. With new area detectors, the data rate of acquisition has increased exponentially, and the reconstruction algorithm does not scale linearly with
increased data. FlashCT – DPS (Flat Panel Amorphous Silicon High Resolution Computed Tomography, Data Processing System) is a software package developed at Los Alamos National Laboratory to meet the data processing demands of new flat panel array computed
tomography. FlashCT – DPS combines several features unique to industrial computed tomography systems. It addresses traditional usability problems by providing an intuitive graphical user interface and powerful analysis tools. It includes the three major computed tomography reconstruction algorithms: parallel backprojection, fan beam resorting, and Feldkamp cone beam. It also provides visualization tools for examination of data after
processing. Finally, it is able to perform distributed data reconstruction with a near linear speed increase as a function of the number of processors used. Additionally, utility programs have been developed to support project editing and computing cluster management for the FlashCT system. FlashCT – DPS runs on a standard PC platform and operates well on a variety of processor and memory configurations.