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Machine Learning for Earnings Prediction: A Nonlinear Tensor Approach for Data Integration and Completion
Successful predictive models for financial applications often require harnessing complementary information from multiple datasets. Incorporating data from different sources into a single model can be challenging as they vary in structure, dimensions, ...
Core Matrix Regression and Prediction with Regularization
Many finance time-series analyses often track a matrix of variables at each time and study their co-evolution over a long time. The matrix time series is overly sparse, involves complex interactions among latent matrix factors, and demands advanced ...
Computationally Efficient Feature Significance and Importance for Predictive Models
We develop a simple and computationally efficient significance test for the features of a predictive model. Our forward-selection approach applies to any model specification, learning task and variable type. The test is non-asymptotic, straightforward ...
Temporal Bipartite Graph Neural Networks for Bond Prediction
Understanding bond (debt) valuation and predicting future prices are of great importance in finance. Bonds are a major source of long-term capital in U.S. financial markets along with stocks. However, compared with stocks, bonds are understudied. One ...
Sequential Banking Products Recommendation and User Profiling in One Go
How can banks recommend relevant banking products such as debit, credit cards or term deposits, as well as learn a rich user representation for segmentation and user profiling, all via a single model? We present a sequence-to-item recommendation ...
Index Terms
- Proceedings of the Third ACM International Conference on AI in Finance