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SampleComplexityofAlgorithmSelectionUsing NeuralNetworksandItsApplicationsto Branch-and-Cut

Neural Information Processing Systems

We then apply this approach totheproblem ofmaking good decisions inthebranch-and-cut framework for mixed-integer optimization (e.g., which cut to add?). In other words, the neural network will take as input a mixed-integer optimization instance and output a decision that will result in a small branch-and-cut tree for that instance.







803b9c4a8e4784072fdd791c54d614e2-Supplemental-Conference.pdf

Neural Information Processing Systems

This is the state-of-the-art graph contrastive learning based recommendation method, which proposes randomly node dropout, edge dropout, and random walk for augmentation onthebipartite graph.


803b9c4a8e4784072fdd791c54d614e2-Paper-Conference.pdf

Neural Information Processing Systems

Graph convolution networks (GCNs) for recommendations haveemerged asan important research topic due to their ability to exploit higher-order neighbors. Despite their success, most of them suffer from the popularity bias brought by a small number of active users and popular items.