High quality command-line audio sample rate converter

System Identification toolbox, compatible with ControlSystems.jl

Spectrum Analyzer with Arduino: An Arduino Due and a PC give you the frequency response of any device, filter or amplifier, up to 100kHz.

Modified Nodal Analysis by using MATLAB

Web app for experimenting with control systems

Implementation of the harmonic balance method in MATLAB

Fast Relaxed Vector Fitting implementation for Python. vectfit3.py module for python projects

A library for studying LTI dynamical systems

Audio Quality Measurement Software

Scalar network analyzer developed to measure frequency response of filter, amplifier, transmission line and other frequency-dependent circuit.

Digital Singnal Processing Practice

Abaqus CAE plugin to calculate critical damping ratio using half power method

Frequency response plots using MATLAB®, Rigol DS1000Z oscilloscope and DG1000Z function generator.

Automated waveform response measurements of optical sensors using LabVIEW and DSOX2014 oscilloscope.

IEM AutoEQ profiles for APO/Peace and wavelet

Modeling of Linear Distortion of Audio Devices - Master's Thesis

This repository contains lab assignments and exams for the Signals and Systems course. The course aims to provide a comprehensive understanding of the principles and applications of signals and systems using MATLAB. Each lab focuses on different concepts and techniques essential for analyzing and processing signals.

Built a voice-controlled car from scratch incorporating machine learning methods such as the Euclidean Classifier and k-NN Classifier, open and closed loop feedback control systems, principal component analysis, regression analysis, and transient analysis