This repository will contain necessary signal processing codes in Matlab or Python of my course " Digital Signal Processing (CSE3132) ".
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Updated
Jan 10, 2023 - MATLAB
This repository will contain necessary signal processing codes in Matlab or Python of my course " Digital Signal Processing (CSE3132) ".
This is a repository where I added my DSP codes that have written in Matlab (without built-in function). I have also commented inside every code so that it will become helpful for newbies. Also added cross-check using Library Function.
This repository includes the source code of the DFT-based channel estimators proposed in "Low Complex Methods for Robust Channel Estimation in Doubly Dispersive Environments" paper [1] that is published in the IEEE Access, 2022.
In this repository I store example scripts of some DSP algorithms made in MATLAB. These served an educational purpose when I wrote them, I'm making them public, since I had trouble finding example code.
Some implementations of DSP topics in Matlab
using Matlab to simulate the graphene energy band with approximation tight binding calculation
Converting acceleration to displacements records
MATLAB toolbox to read Siesta, a Density Functional Theory (DFT) calculation platform, generated files.
Signal Processing, PID, ARMA in MATLAB and Simulink.
Personal solutions to some of the questions from chapter 6 of "Signals and Systems: A Primer with MATLAB" by Matthew N. O. Sadiku and Warsame Hassan Ali.
Digital signal processing (DSP) is the use of computers or specialized hardware, to perform a wide variety of signal processing operations.
This code is utilitsed in inclinometer data processing for bridge monitoring project as part of a coursework
2023 NCKU Image Processing Homework Code
A MATLAB-based GUI toolbox that streamlines KSSOLV DFT workflows—from structure import and calculation setup to analysis and visualization.
Digital signal processing laboratories. Sampling and aliasing; Discrete Fourier transform (DFT); Digital filters; Autoregressive least squares (LS); Maximum Likelihood Estimation (MLE)
In-depth DFT exploration and FMCW radar FFT on TMS320.
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