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I created a sorting visualizer website that dynamically displays various sorting algorithms. Users can adjust the speed and array size using sliders and view the corresponding code in JavaScript and C++, along with time and space complexity. The site is designed to be responsive.
Undertook the RSA Factoring Challenge, employing algorithmic techniques to factorize numbers into prime factors, exploring both standard and advanced tasks.
Refined the Gale-Shapley algorithm by recalculating stable matchings in bipartite graphs, incorporating dynamic updates for edge deletions, achieving O(N) time complexity for edge deletions, enhancing computational efficiency.
Profundizar conceptos de árboles, aprender a implementar nuevas estructuras de datos como árboles generales y grafos (recorridos, ordenamientos...). Medir la eficiencia de los algoritmos con formalismo matemático.
This project demonstrates the performance of various sorting and searching algorithms by measuring the time taken to execute them on different datasets. It is written in the C programming language.