Knockoff Statistic

Knockoff statistics provide a powerful framework for feature selection in high-dimensional data, guaranteeing control over the false discovery rate (FDR) – the proportion of falsely identified significant features. Recent research focuses on extending knockoff methods to handle complex data structures, such as time series and nonlinear relationships, often leveraging deep learning architectures like LSTMs and transformers to generate knockoff variables and improve selection power. This approach is proving valuable across diverse fields, enabling more reliable and interpretable analyses in applications ranging from genomics and climate science to reinforcement learning and sales prediction.

Papers