Design of Time-Domain Transversal Equalizer

This project implements a time-domain transversal equalizer design using MATLAB, based on fundamental signal processing principles and algorithms. The primary function of a transversal equalizer is to perform signal equalization in the time domain, enhancing signal quality and accuracy by compensating for channel distortions. The implementation utilizes key MATLAB functions such as filter design tools and adaptive algorithms (e.g., LMS or RLS) to construct the equalizer's tap-delay line structure. This design serves as an educational resource to help students deepen their understanding of signal processing concepts, with practical code examples demonstrating real-time coefficient adaptation and frequency response correction. The project includes commented MATLAB scripts covering filter initialization, error calculation, and weight update mechanisms, enabling direct application in real-world projects. Interested learners are encouraged to explore the code structure and adapt it for specific signal integrity challenges.