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Digital Audio Noise Filtering with MATLAB and Verilog This project implements a complete end-to-end system for detecting and filtering noise from real-world audio using a combination of MATLAB signal processing and Verilog hardware design. Starting from spectral analysis and filter synthesis in MATLAB, it proceeds to fixed-point audio formatting,
An industry-standard FPGA Traffic Light Controller designed in SystemVerilog (FSM-based) featuring an interactive Python Streamlit co-simulation control dashboard and comprehensive EPWave verification.
End-to-end 32-bit RISC-V (RV32I/RV32IM) Processor Architecture in SystemVerilog: 5-stage engineering progression from Digital Logic Primitives & ALU/RegFile Subsystems to Single-Cycle and FSM Multi-Cycle Cores.
A parameterizable and synthesizable single-clock-domain Digital Clock core with integrated Alarm, Snooze, and 12/24-hour display modes implemented in Verilog HDL. Features double-register button debouncing and a time-multiplexed 7-segment display driver.
Verilog-based FPGA implementation of an optimized Perceptron hardware accelerator featuring a 10-state FSM control unit and software/hardware co-design.