Advanced Background Subtraction using OpenCV
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Updated
Apr 26, 2022 - Python
Advanced Background Subtraction using OpenCV
This Machine Learning repository encompasses theory, hands-on labs, and two projects. Project 1 analyzes customer segmentation for marketing using clustering, while Project 2 applies supervised classification in marketing and sales.
This is an implementation of the 2D Mixture of Gaussians (MOG) model based on Toscano & McMurray (2010) which was used in my Master's Thesis (Differential Cue Weighting in Sibilants: A Case Study of Two Sinitic Languages).
Fit a univariate mixture of normals to simulated data using the EM algorithm
A Wasserstein Generative Adversarial Network that learns the distribution of a Mixture of Gaussian, using weight clipping or spectral normalization
End to End Basic object Detection using Open CV
Homeworks of CMPE462 course in Bogazici University
Advanced Background Subtraction using OpenCV
Estimate Gaussian mixture models using the Continuous Empirical Characteristic Function method introduced in (Xu & Knight, 2010)
These are the essential machine learning algorithms that I implemented for Introduction to Machine Learning lecture in my university.
A sample application to detect motions based on Mixture of Gaussian algorithm
Source code of "Semi-Supervised Clustering with Inaccurate Pairwise Annotations" (Gribel, Gendreau and Vidal, 2021)
PyTorch implementation of the mixture distribution family with implicit reparametrisation gradients.
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