A comprehensive P2P distributed system designed and implemented from scratch, integrating C, Python, concurrency, networking, automation and testing. This project bridges theoretical knowledge with real-world distributed systems engineering.
Python toolkit for interactive visualization of graphs and trees, featuring draggable layouts, session persistence, and multi-window support.
A comprehensive compiler for the Viper programing language, integrating lexical, syntactic, and semantic analysis with robust error handling and pre-processing features.
C++, OpenMP & MPI program generated to prove numerical primality optimally and efficiently by means of advanced modular arithmetic theorems using Super Cluster Computer HPC-Drago (CSIC)
A high-performance C++ image processing framework—designed, optimized, and benchmarked for real-world efficiency. This project exemplifies collaborative engineering, advanced algorithm design, and automated validation.
Functional concurrent Shell terminal (following UNIX and POSIX standards) in C, focused in RISC-V architectures.
This project addresses a real-world resource allocation problem involving the efficient transportation of patients from multiple pickup locations to healthcare centers. The implementation applies heuristic search strategies, focusing particularly on the A* algorithm with multiple admissible heuristics.