PhD Researcher specializing in GPU computing, computer vision, and visual optics. Building high-performance systems for real-time image processing and biomedical applications.
Exploring the intersection of optics, computing, and artificial intelligence
Developing advanced prototypes combining human visual optics with computer science. Focused on designing optimal algorithms and systems for specific application scenarios.
Developing robust, efficient, and interpretable models for biomedical imaging and optics. Leveraging both traditional and deep learning techniques for real-time inference.
Optimizing computationally intensive tasks for scientific and industrial applications. Developing efficient algorithms leveraging parallel computing architectures—GPUs, FPGAs—for significant performance gains.