Solved tasks of "Randomized Algorithms" university course, contains implementations of main randomized algorithms.
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Updated
Jan 8, 2019 - C++
Solved tasks of "Randomized Algorithms" university course, contains implementations of main randomized algorithms.
An approach about the NP-Hard problem: Partition Into Perfect Matchings, in which I worked in the class of Complexity and Algorithms, in Universidad del Norte, which I wanted to share with the world.
A short program in the Algorithms and Complexity class, where you can generate a graph with a specific number of nodes and get a perfect matching graph if it exists.
A Julia interface to popular python packages for decoding quantum error correcting codes.
Design a linear-time algorithm to check tree perfect matching
Leveraging Recursive Gumbel-Max Trick for Approximate Inference in Combinatorial Spaces, NeurIPS 2021
The problem of partitioning a graph into "perfect" pairings.
An application to demonstrate an algorithm for finding maximum matchings in bipartite graphs.
Various code related to the problem of cycle (circuit) double covers
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