Differentiable Tree
Differentiable trees represent a burgeoning area of research aiming to combine the interpretability of traditional decision trees with the flexibility and power of neural networks. Current efforts focus on developing efficient algorithms for training these models, including architectures based on transformers, tensor product representations, and novel tree structures optimized for specific tasks like feature selection and symbolic regression. This approach holds significant promise for improving the interpretability and scalability of machine learning models across diverse applications, from biological tree inference to reinforcement learning and high-dimensional data analysis. The resulting models offer a balance between accuracy and explainability, addressing limitations of both purely symbolic and purely neural methods.