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A Longest Increasing Subsequence (LIS) reduction to solve a problem similar to the Building Bridges Problem. This implementation covers three different approaches: backtracking, greedy and dynamic programming.
contains practical examples and applications of graph theory, graph theory is often used to model and analyze real-world problems involving interconnected systems. In this repository we will provide several examples
An interface for accessing data from the Virginia Legislative Information System's Law Portal (law.lis.virginia.gov) including Virginia code and Constitution
Analyze LIS course syllabus and curriculum through programming. We used LDA model to analyze the text materials. Data consider as 1-10 syllabus and 10-21 syllabus refine
Flask web based application contains algorithms for solving the Largest Increasing Subsequence and Knights Tour (Open Tour and Closed Tour) problems using graph theory principles.
Se calcula varios LIS, soluciones de Campo de Fuerza, Convección-Difusión, semblanza entre la función de rendimiento atmosférico, manchas solares, campo magnético solar.