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LearningwithNoisyCorrespondence forCross-modalMatching

Neural Information Processing Systems

In practice, however, such an assumption is extremely expensive even impossible to satisfy. Based on this observation, we reveal and study alatent and challenging direction in cross-modal matching, named noisy correspondence, which could be regarded as a new paradigm of noisylabels.







cba76ef96c4cd625631ab4d33285b045-Paper-Conference.pdf

Neural Information Processing Systems

Learning disentangled and distributed representation ofgenerativefactors oftheworld isbelieved tobenefit compositional generalization, because those invariant features canbereused assymbols to build exponentially larger amounts of objects with higher complexity [1, 2, 3, 4].