Search Results for "monte carlo pde" - Page 8
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Showing 190 open source projects for "monte carlo pde"
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A Monte Carlo simulation of Major League Baseball(TM), used to find the best strategies in a baseball game. The effect of different batting orders and the addition of one super-star can be tested and archived in retrosheet format.
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PyEgs is an easy-to-use interface to the EGSnrc radiation transport simulation package. It simplifies the creation of custom Monte Carlo simulations for medical physics or high-energy physics research.
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The Molecular Modeling Templates, MMT is a C++ class library for molecular simulation applications. MMT serves as a code basis that can be easily extended and modified to perform Monte Carlo and molecular dynamics simulations.
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An extensible photorealistic renderer based on Monte Carlo pathtracing and other advanced rendering techniques.
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Certain problems arise that are very difficult to solve analytically or in closed form. Monte Carlo techniques iterate a given simulation over a wide variety of inputs to allow more information to be gathered about the object being studied. This group wil
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This is a Monte-Carlo-Simulation of Poker. After n Monte-Carlo-Steps you get the probability distribution of your predefined problem.
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Use advance numerical schemes to price and hedge derivatives. The approach is very simple, pick a topic, search for resent papers, read, understand and implement. Tools to use: PDE, stochastic processes, statistics, monte carlo simulations
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Bari-MC
Monte Carlo simulation of electron beam in Nitrogen
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dinrhiw2 (copy of main repo from github)
Dinrhiw2 - machine learning library and tools (neural networks) in C++
Machine learning C++ library. Linear algebra (PCA), splines hermite curve interpolation, neural networks (feedforward, recurrent, RBM, bayesian), Hidden markov model (HMM), Hamiltonian Monte Carlo sampling for neural networks etc. Uses BLAS (OpenBLAS, Intel MKL) to speed up linear algebra. Software is developed by Tomas Ukkonen. -
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mquad
Templated C++ library for multilevel MC and QMC quadrature methods
Goal of this project is to provide the scientific community with a framework that allows for easy design and fast execution of time expensive numerical experiments to investigate multilevel quasi-Monte Carlo methods. Applications we have in mind arise in Mathematical Finance and Physics. -
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dmcut2 is a scientific program designed to simulate chemical reactions at surfaces using Metropolis and Monte-Carlo methods. Short ranged interactions between adsorbates may be taken into account. Emphasis was put on code readability and usability.
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Ducking is a software who is providing simulation of probable docking between two proteins using rigid body monte carlo method. It is written in python and uses the libraries wxPython, VTK, SciPy and BioPython.
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Two Markov-Chain-Monte-Carlo-algorithms ("Glauber Dynamics" and "Flip Dynamics") used for randomly sampling k-colorings of a graph.
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The "xiphos ray tracer"(or xitrace) is a dynamic, performant, unbiased and robust, easily extendible Global Illumination Monte Carlo Ray Tracer. A main objective is the visualization of highly complex terrain and plant populations, and realism.