hardware-implementation

A Verilog-based system for approximating mathematical functions (exp, sin, cos, ln) using Taylor/Maclaurin series, suitable for FPGA implementation and simulation.

This is repository to implement some active noise control algorithms on hardware or just simulation.

Configurable Rijndael hardware implementation written in SystemVerilog supporting all proposed key and block sizes, including non-standardized ones.

Seminar report and presentation slides on topic Stochastic Computational Deep Belief Network

Implementation of MIPS Processor Modules Using Verilog

This project focuses on the design, construction, and application of MRI imaging instrumentation. It explores the architecture of an MR spectrometer and the gradient subsystem used for image localization.

Inductive Proximity Sensor capable of detecting Metal objects

Understanding how a transformer, bridge rectifier, filter capacitor and LM7805 work together to produce a stable 5V output through LTspice simulation and practical implementation.

Design and hardware implementation of a 4-stage analog audio amplifier. Features a differential pre-amplifier, CE gain stage, active band-pass filter, and Class AB power amplifier, achieving a gain of ≈420 with low THD.