3260 papers • 126 benchmarks • 313 datasets
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This paper forms the structure learning problem as a purely continuous optimization problem over real matrices that avoids this combinatorial constraint entirely and achieves a novel characterization of acyclicity that is not only smooth but also exact.
A novel testing procedure that works in conjunction with any valid knockoff sampler, supervised learning algorithm, and loss function is developed, demonstrating convergence criteria for the CPI and developing statistical inference procedures for evaluating its magnitude, significance, and precision.
The 'cdt' package implements the end-to-end approach, recovering the direct dependencies (the skeleton of the causal graph) and the causal relationships between variables, together with algorithms for pairwise causal discovery such as ANM.
It is proved that TE can be represented with only CE and then a non-parametric method for estimating TE via CE is proposed, which can infer causality relationships from data effectively and hence help to understand the data better.
A new acyclicity characterization based on the log-determinant (log-det) function, which leverages the nilpotency property of DAGs and can reach large speed-ups and smaller structural Hamming distances against state-of-the-art methods.
FedCDI is proposed, a federated framework for inferring causal structures from distributed data containing interventional samples that improves privacy by exchanging belief updates rather than raw samples, and introduces a novel intervention-aware method for aggregating individual updates.
This study presents an extensive discussion on the methods designed to perform causal discovery from both independent and identically distributed (I.I.D.) data and time series data and provides a comprehensive discussion of the algorithms designed to identify causal relations in different settings.
A Kernel-based Conditional Independence test (KCI-test) is proposed, by constructing an appropriate test statistic and deriving its asymptotic distribution under the null hypothesis of conditional independence.
The existence of observable footprints that reveal the causal dispositions of the object categories appearing in collections of images are established and a causal direction classifier is built that achieves state-of-the-art performance on finding the causal direction between pairs of random variables, given samples from their joint distribution.
Simulation results illustrate the power of the proposed method in identifying indirect causal relations across various settings, and experimental results suggest that the proposed model and method greatly extend the applicability of causal discovery based on functional causal models in nonlinear cases.
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