Deep Unfolding Network for Image Super-Resolution (CVPR, 2020) (PyTorch)

A 2D Gaussian Splatting paper for no obvious reasons. Enjoy!

A novel architectural design for stitching video streams in real-time on an FPGA.

Evaluation of few methods to apply Gaussian Blur on an Image.

Fast Incremental Support Vector Data Description implemented in Python

An Efficient Gaussian Kernel Based Fuzzy-Rough Set Approach for Feature Selection

Statistical pattern recognition course projects from shiraz university.

Implementation of Kernel-Density-Estimation (KDE) with Matlab

We use support vector machines (SVMs) with various example 2D datasets. Experimenting with these datasets will help us gain an intuition of how SVMs work and how to use a Gaussian kernel with SVMs. In the next half of the exercise, we use support vector machines to build a spam classifier.

PyTorch implementation of important functions for WAIL and GMMIL

Primal-Dual algorithm for smooth regularization of non-smooth optimization functions

Classification of a radially seperated dataset using SVM with RBF kernel using CVXOPT

Signal and Systems course project - Fall 2021 - voice activity detection using gaussian kernel and adaptive threshold

Fraud detection over twitter feed data

classify mnist datasets using ridge regression, optimize the algorithem with SGD, stochastic dual coordinate ascent, and mini-batching

Classification on the Web Spam Dataset using Percepton and Kernel Perceptron with Polynomial, Gaussian, Exponential and Laplacian Kernels.

This project implements Support Vector Regression (SVR) to predict the salary of an employee based on their position level. The script uses a dataset that contains position levels and corresponding salaries, applying feature scaling to improve the performance of the SVR model. The results are visualized to show how well the model fits the data.

Classification of wine quality using a hard_parzen and a soft_parzen with gaussian kernel models

My first attempt with building a SVM model, and optimizing the cost and gamma parameters using the Gaussian Kernel grid search method.

Solving the Character recognition problem as an SVM optimization problem using CVXOPT