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How do you find a maximum matching in a graph that is not bipartite? Odd cycles break the classic augmenting-path search.

X-Blossom is the first large-scale parallel computation framework for maximum matching in general graphs. It proposes a new ...

X-Wim is the first massively parallel computation framework for weighted matching in bipartite graphs. It proposes a new ...

Follow an exact four-node unit-capacity network as a deliberately awkward first augmenting path creates a reverse residual edge.

... the algorithm start with the empty matching. And uh find an augmenting path until you are able to find one keep augmenting the ...

A visual explainer about network flow: sources, sinks, capacities, conservation, augmenting paths, residual graphs, bottlenecks, ...

In this video, we solve, step by step, a Maximum Flow problem using the Ford-Fulkerson Algorithm. You will learn how to find ...

Master Network Optimization Models to solve complex routing, flow, and scheduling problems in Operations Research! Networks ...

Data is not just fuel for AI; it must be carefully gathered, cleaned, and prepared to produce reliable results. This episode breaks ...

No matter how advanced the algorithm, it can't run without data. This episode focuses on why data is considered the fuel of AI, ...