Elena de Toledo's Projects
Implementation of a AVL tree (self-balancing binary tree) for the resolution of different problems. Authors: Elena de Toledo and Carlos Carmona
Implementation of CMAC and MAC using cryptography library
Personal repository
Automation of KYC process
Implementation of graphs to solve different problems. Authors: Elena de Toledo, Carlos Carmona
Implementation of Language Processing techniques to analyze functions written in Java
Creation of a library in C containing a replication of some of the most used functions.
Implementation of a minishell using C. Authors: Elena de Toledo, Paula Calleja and Blanca González
Programs implemented for the development of the Bachelor Thesis: Modeling stock prices using Geometric Brownian Motion and its application to option pricing
Resolution of the Problem 5 Section 3.2 of the book Numerical Analysis: Mathematics of Scientific Computation
Resolution of Problem 3 Section 3.2 from the book Numerical Analysis: Mathematics of Scientific Computing
Assigned project for the class of Numerical Analysis in UC3M.
Solution of the Problem 3 Section 3.2 from the book Numerical Analysis: Mathematics of Scientific Computing
Implementation of a singly linked list for the resolution of different problems. Authors: Elena de Toledo, Carlos Carmona
Solution of the Problem 7 Section 6.4 from the book Numerical Analysis: Mathematics of Scientific Computation
Implementation of Splines to solve a Numerical Analysis Problem
Markov decision process applied to the traffic intersection problem
First project on my course on Relational Database Systems at Purdue University