Digital Design & Simulation Projects
Verilog to TL-Verilog Conversion
Leveraging Large Language Models (LLMs) and TL-Verilog to modernize existing Verilog codebases by reducing code size, improving maintainability, enhancing configurability, and identifying potential bugs. This project demonstrates the intersection of AI and hardware design.
Key Features:
- Automated code optimization using AI
- Bug detection and code quality improvement
- Enhanced code maintainability and readability
- Configurable hardware design patterns
Smart Cinema Ticket Booking System
A sophisticated hardware-based ticketing system implemented in Verilog, providing secure and hack-resistant cinema ticket booking directly at the hardware level. This project demonstrates advanced FSM design and security principles in digital systems.
Key Features:
- Hardware-level security implementation
- Finite State Machine (FSM) based booking logic
- Real-time seat availability management
- Robust error handling and validation
UART Protocol Implementation
Complete implementation of Universal Asynchronous Receiver-Transmitter (UART) protocol in Verilog, featuring comprehensive parity checking, baud rate configuration, and full-duplex communication capabilities with extensive simulation and verification.
Key Features:
- Configurable baud rate and data width
- Parity checking (even, odd, none)
- Full-duplex asynchronous communication
- Comprehensive testbench validation
Automated Voting System
An intelligent voting system utilizing advanced image processing and OpenCV in MATLAB to reduce election costs, minimize manual identification errors, and enable secure remote voting capabilities. Features real-time facial recognition for voter verification.
Key Features:
- Automated voter identification using facial recognition
- Advanced image processing algorithms
- Fraud detection and prevention mechanisms
- Remote voting capability with security
Waveform Generators using eSim
Design, simulation, and verification of Sawtooth and Triangular Wave Generators using eSim, an open-source EDA tool. Implements operational amplifier-based circuits utilizing comparators and integrators for precise waveform generation in analog signal processing.
Key Features:
- Triangular wave with equal rise/fall times
- Sawtooth wave with asymmetric slope control
- Variable DC input for waveform transition
- Applications in PWM, synthesizers, and oscilloscopes
Circuit Components:
- Op-amp based comparator and integrator design
- Potentiometer for adjustable waveform shaping
- Verified through Python plots and multimeter readings
