The adaptive timestep solvers currently use a P controler to adjust the timestep given an estimate for the current truncation error. In the literature and in practice ...
This project is my independent research into SAT solvers written entirely in Python, designed to explore the theory and practice of propositional satisfiability. It begins with a baseline DPLL ...
Introduction: Segmentation of echocardiograms plays a crucial role in clinical diagnosis. Beyond accuracy, a major challenge of video echocardiogram analysis is the temporal consistency of consecutive ...
Previous high-order solvers are unstable for guided sampling: Samples use the pre-trained DPMs on ImageNet 256 256 with a classifier guidance scale 8.0, varying different samplers (and different ...
Abstract: Simulation of electric cardiac activity requires the solution of a very large system of ordinary differential equations, which requires long computing times. Modern Graphic Processing Units ...
Abstract: When solving ordinary differential equations in C/C++ libraries, the ODE’s right-hand-side is hard-coded and compiled ahead of time. This kind of static binding technique make it hard for ...
On the development of an unstructured grid solver for inert and reactive high speed flow simulations
An unstructured grid Euler solver for reactive compressible flow applications is presented. The method is implemented in a cell centered, finite volume context for unstructured triangular grids. Three ...
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