"Digital Image Processing" has been the leading textbook in its field for more than 20 years by gonzalez.

an exercise for applying edge detection and gaussian blur on a picture

Program that applies mean removal filter to images. User can choose between two algorithms, one written in C and the other in x86-64 assembly language

This is my submission in the 2020 MHacks 13 beta Hackathon. It is a simple educational page about digital filters applied to a demo sound loop.

🔬⬛Signal Processing: Agarose Gel Image & Audio Signal with Hidden Message 🔊🔍

Design of Kaiser window for FIR highpass filter.

An audio equalizer with customizable highpass, lowpass, and peak filters, allowing precise control over cutoff frequencies, Q values, and gain for personalized audio output.

Signal Processor in Python - https://doi.org/10.5281/zenodo.13286179

Heart beat classification of QRS records using simple methods.

This repository contains my codes reports for my fifth-semester course of Image Processing. I have used OpenCV in python to do simple image processing tasks such as image enhancement, grayscale conversion, masking, thresholding, High-pass and Low-pass filters in spatial and frequency domain, Fourier transformations etc. These codes are created u…

FIR filter design using the Window method

VST Presets for S1988 (S1988-Presets.zip) + User Manual

Visualizing FIR filter (lowpass, highpass, bandpass, bandstop) simulation using MATLAB for signal processing

This includes a project on designing Band Pass Filter from 2KHz to 20KHz using Low Pass and High Pass filters.

Image mixer is a website that merges phase and magnitude of different images using fourier transform.

In this repository, I take a deep dive into some of the common analysis and design techniques to solving two of the most practical filter design problems: designing lowpass and highpass filters.

Applying a low pass filter and a high pass filter to a given audio input.

Lightweight Bilinear Transform (BLT) filter implementations for DSP in sensor fusion and audio.

This project implements histogram equalization, low-pass and high-pass filter, and laplacian blending of images.

An efficient FPGA-based design and implementation of image processing algorithm is presented using verilog hardware description language on Xilinx Vivado.