Course

Developed a simple compiler (still has 15,000 lines) that translates C language files into Intermediate Representation (IR) and MIPS32 assembly. The compiler supports essential features such as I/O operations, control flow and function calls. It includes comprehensive lexical, syntax, and semantic analysis, along with informative error messages.

Implemented a CPU that supports the basic 32 instructions of Minisys. It can parse the incoming COE file and interact with users through the Minisys development board, accepting user input and displaying results on the board.

The solver uses a memetic algorithm and hybrid metaheuristic approach to produce high-quality solutions efficiently. The solver achieved optimal solutions in small and medium-sized instances within 180 seconds and produced comparable results for larger instances with up to 255 vertices and 347 routes.

The system lets players choose actions for their customizable characters, track HP, and engage in real-time multiplayer matches using miniSTM32 boards with accurate data transmission.

Implemented Monte Carlo & FAST Alpha Beta Pruning algorithm by leveraging bitwise operations.

Developed visually appealing interface through the graphical framework Swing.