Solutions to the Exercises from "An Introduction to MATLAB and Numerical Methods for Engineers." by Timmy Siauw and Alexandre M. Bayen

GTU - CSE211 - Discrete Mathematics

Learn to solve recurrence relations and find asymptotic complexity of decreasing and dividing functions using master theorem.

A Recurrence Relation Solver in Python

Efficient higher-order differentiation using recurrence relations. Compute derivatives of composite functions without symbolic differentiation or finite differences.

Recurrence relations can vary greatly in complexity and form depending on the specific sequence or problem being modeled. They are often used in algorithm analysis, dynamic programming, and solving various types of mathematical and computational problems.

This repository contains a CUDA/C++ implementation of a distinct algorithmic approach for finding the linear recurrence relation (with least possible order) of a real-valued, noisy 1D sequence in near-linear time.

Cheat Sheet for "Ampliación de Matemáticas 2" subject of Bachelor's Degree in Statistics at UVa

Practical work on the discipline "Algorithms and data structures" of the second year.

Some tasks of Algorithms and Data Structures course.

"Solving THE TOWER OF HANOI"

'SternenKarte' is a Telegram bot to query information about stars, constellations and recurrence relations.

Linear Recurrence Relation Calculator

Sala de chat del proyecto de Análisis Real 2019-1

Introduction to Algorithm Design

Recurrify parses any recurrence relation through a hand‑written recursive‑descent parser, classifies it, and solves it using Master Theorem, Recursion Trees, Iteration, or the Characteristic Equation. It generates step‑by‑step LaTeX derivations, verifies solutions symbolically and numerically, and offers an interactive guided‑reasoning mode all de

Find the minimum-order linear recurrence relation in noisy 1D sequences using a GPU-accelerated, CUDA-based fast solver with optimized complexity.