Final work for the Computer System Performance Analysis course, where we needed to analyze the performance of a computational object. Me and my group chose to analyze the performance of data parallelism across multiple computing nodes for deep learning training using TensorFlow. We identified that the network bottleneck is a major problem, but that it can be overcome by correctly configuring the experiments.

Final work for the Fundamentals of Image Processing course, where we needed to replicate a paper of the area. Me and my duo chose to replicate the Structure-Based ASCII Art paper, which introduced a new metric to create ASCII Art based on the image structure through an optimization process that continuously deforms the image. We also implemented automatic image vectorization, as the original paper receives the image already vectorized. Some results of our implementation.

TCP (Tabuleiro de Combate de Peças) is a free, open-source, object-oriented implementation of the traditional Chess game, made by me and my group as final project for the Techniques of Program Construction course. We implemented chess from scratch using Java following the object-oriented paradigm and good software engineering practices. We also filmed a small trailer to release the game on the final presentation!

The Computer Graphics Fundamentals course requested a 3D game as final work. Me and my duo decided to re-create the Portal game on a smaller scale. We then implemented a demo version with all the basic game logic (portals and puzzles) using OpenGL directly in C/C++. We didn't implement portals on the floor or ceiling as we wanted to keep our sanity during the semester.