VIP protection simulation of imaging in concrete realizing the Lagrangian deformable tensor software (LDTS) protocol for homeland defense and security
Carol A. Niznik · Winter Simulation Conference · 2004
Each VIP Protection simulation case study of imaging in concrete requires the clock timed catastrophe theory gateway networking software linkage between the Global Information Grid(GIG), i.e., the CIA Simulation facility, and the Lagrangian Deformable Tensor Software(LDTS) Protocol hardware sensors, detecting the motion in explosive containers within concrete. The queer differential equation in the LDTS Protocol, an astrophysics theoretical tool, can be optimized with respect to delay, weight, motion and perturbation sensitivity. The object oriented code for the LDTS Protocol is comprised of three sections for the Lagrangian Deformable Tensor within the top section of the Geometric Asscher Cut Structure(GACS). The four isosceles triangles on top of the GACS, represent the perturbation sensitivity, game theory, image processing and delay optimization parameters. The equilateral triangles at the center of the top of the GACS are fractal models for iterated function system characteristics. The Threshold Stabilization within the bottom of the GACS realizes the theory of games to allow stabilization of the sections where the explosives were detected by imaging in concrete sensors prior to attempts to detonate the explosives.