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Paper Reading #2: XLNet Explained

Paper Reading #2: XLNet Explained

One of the most celebrated, recent advancements in language understanding is the XLNet model from Carnegie Mellon University and Google. It takes the "best-of-both-worlds" approach by combining auto-encoding and autoregressive language modeling to achieve...

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Floyd–Warshall Algorithm

In the realm of graph theory, the Floyd-Warshall algorithm efficiently computes shortest paths between all pairs of nodes in a weighted graph. This abstract network visualization symbolizes the interconnected nature of such computations, where every node has a...

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Bellman–Ford Algorithm

A physical graph representation with nodes (pins) and edges (strings), illustrating how connections influence shortest path calculations—similar to the Bellman-Ford algorithm. Photo by Curated Lifestyle at Unsplash. Table of Contents Introduction Mathematical...

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A* Algorithm: A Comprehensive Guide

Navigating a maze is like using the A* Algorithm—finding the shortest path by balancing distance traveled and estimated cost. Photo by Getty Images on Unsplash Table of Contents Introduction Mathematical Background Implementation Algorithm Comparison Conclusion...

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Dijkstra’s Algorithm

Navigating a hedge maze is like solving a shortest-path problem—Dijkstra's Algorithm efficiently finds the quickest route to the exit, just as an adventurer seeks the best path through this labyrinth. Image credit: FRANKLIN82 / Shutterstock Finding the shortest path...

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