Accompanying source code to my Bachelor's thesis at TUHH
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Updated
Mar 15, 2018 - Python
Accompanying source code to my Bachelor's thesis at TUHH
This program computes the particle pair HBT correlation from Monte-Carlo samples of emitted particles
pMoSS (p-value Model using the Sample Size) is a Python code to model the p-value as an n-dependent function using Monte Carlo cross-validation. Exploits the dependence on the sample size to characterize the differences among groups of large datasets
Bayesian Non-Parametric Image Segmentation using HDP-MRF
A Toolkit for Distributional Control of Generative Models
[AAAI20] TensorFlow implementation of the Collaborative Sampling in Generative Adversarial Networks
My works for EE 511 - Simulation Methods For Stochastic Systems - Spring 2018 - Graduate Coursework at USC - Dr. Osonde A. Osoba
This algorithm calculates the zero-point energy of a molecular system by monte-carlo sampling the system's potential energy surface.
Descriptor and Generator components of CoopNet
Sampling and resampling techniques for random sample generation, estimation, and simulation
A basic PyTorch implementation of the Collaborative Sampling in Generative Adversarial Networks
Variational autoencoders using Kera's modular design
Research Paper about adversarial search
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