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Showing 1 to 4 of 4 for “"Learning Augmented Algorithms"”.

  1. Learning-Augmented Algorithms

    Traditional worst case analysis of algorithms does not fully capture real world behavior in many instances. Inspired by the great success of machine learning algorithms for various practical tasks, there has been recent interest in moving beyond pessimistic analysis of algorithms through the use of …

    mit Repository record for Learning-Augmented Algorithms (opens in a new tab)

  2. Learning to Update: Using Reinforcement Learning to Discover Policies for List Update

    The use of machine learning models in algorithms design is a rapidly growing f ield, often termed learning-augmented algorithms. A notable advancement in this field is the use of reinforcement learning for algorithm discovery. Developing algorithms in this manner offers certain advantages, novelty …

    mit Repository record for Learning to Update: Using Reinforcement Learning to Discover Policies for List Update (opens in a new tab)

  3. Optimism and Robustness: Learning From Structured and Semi-Random Inputs

    Traditionally, algorithms have been studied under two regimes: worst-case analysis, which makes no assumptions about the input, and average-case analysis, which assumes that inputs are drawn from a certain distribution. However, real-world inputs rarely conform to either of these extremes. A new …

    uic

  4. Warm Start Algorithms for Bipartite Matching and Optimal Transport

    … the worst-case time complexities of standard algorithms are often prohibitively high. To mitigate this, prior information or warm starts are commonly employed to accelerate computation. In this thesis, we propose two novel warm-start algorithms for solving the minimum-cost bipartite matching …

    vt Repository record for Warm Start Algorithms for Bipartite Matching and Optimal Transport (opens in a new tab)