I hold a Bachelorβs degree in Computer Science and a Masterβs degree in Artificial Intelligence and Computer Science, both achieved with the highest honors.
With a strong foundation in AI and computer science, I excel in designing performant algorithms and systems.
I am particularly passionate about:
- Deep learning applied to computer vision.
- Symbolic AI and its integration with modern AI systems.
Iβm actively seeking job opportunities in the field of AI to apply my expertise and contribute to advancements in this exciting domain.
- BrainyBot: A robot capable of playing video games using an AI-based vision and reasoning module.
- Pose2Action: An AI system designed to recognize and classify human actions using 3D human pose estimation and a Relational Graph Convolutional Network. Implemented using PyTorch and PyTorch Geometric.
- EssayAuthorshipDetector: A deep learning model developed to accurately identify whether an essay was written by a student or an LLM (Kaggle competition). Implemented using TensorFlow.
- ImageClassifier: Implementation of different deep learning models for classifying images. Implemented using PyTorch.
- ImageSemanticSegmentation: Implementation of different deep learning models for semantic segmentation of images. Implemented using PyTorch.
- MotionDetection: Comparative analysis of deep learning algorithms for motion detection against traditional approaches.
- HousePricePrediction: Different machine learning models developed to predict house prices. (Kaggle competition).
- HypersonicSearchTree: A C++ search algorithm designed to play the Hypersonic game.
- GameTheoryOptimizer: Efficient algorithms for solving graph-based game theory problems, including Shapley Value, Nash Equilibria, and Mechanism Design.
- SyslogManager: A log file management system developed using Agile methodologies and Jira. Implemented using Python.
- ParallelSortingAlgorithms: Implementation of parallel sorting algorithms using C++ and MPI.
- From Vision to Execution: Enabling Knowledge Representation and Reasoning in Hybrid Intelligent Robots Playing Mobile Games
Proceedings of the 20th International Conference on Principles of Knowledge Representation and Reasoning
- Email: gvnberaldi@gmail.com