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Statisticalcontrolforspatio-temporalMEG/EEG sourceimagingwithdesparsifiedmulti-taskLasso

Neural Information Processing Systems

Our second contribution is to introduce ensemble of clustered desparsified multi-task Lasso (ecd-MTLasso), which has two advantages compared to current methods:i)it offers statistical guarantees andii)it allows to trade spatial specificity for sensitivity, leading to a powerful adaptive method. Our third contribution is an empirical validation of the theoretical claims.






TransMIL: TransformerbasedCorrelatedMultiple InstanceLearningforWholeSlide ImageClassification

Neural Information Processing Systems

However, the current MIL methods are usually based on independent and identical distribution hypothesis, thus neglect the correlation among different instances. To address this problem, we proposed a new framework, called correlated MIL, and provided a proof for convergence. Based on this framework, we devised a Transformer based MIL (TransMIL), which explored both morphological and spatial information. The proposed TransMIL can effectively deal with unbalanced/balanced and binary/multiple classification with great visualization and interpretability.