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A locally-built, LLM-digested index of recent arXiv papers in quant finance, geometry/topology, and statistical ML — keyword search served straight from SQLite on this machine.

169,181 papers · 148 categories

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0111 · Apr 201819922001200920182026
9 results for attribute-aware

SANE scales attribute-aware network embedding with locality.

problem Joint embedding of topology and attributes is challenging due to scalability issues.
method SANE learns joint representations by enforcing local linear relationships between nodes and their K-nearest neighbors in both topology and attribute spaces.
result SANE achieves superior performance and scalability compared to existing methods.

New research shows fairness in machine learning can sometimes make disadvantaged groups worse off.

problem The impact of fairness constraints in machine learning on different groups.
method Unified, population-level (Bayes) framework for binary classification under prevalent group fairness notions.
result Fairness in machine learning can lead to leveling down, making one or both groups worse off.

New classifiers ensure fairness by adjusting a base classifier's operating characteristics.

problem Ensuring fairness in binary classification with multiple group constraints.
method Intervening directly on a base classifier's operating characteristics using group-wise ROC convex hulls and post-processing.
result Methods satisfy multiple fairness constraints (DP, EO, PP) with minimal interventions and near-oracle accuracy.

The paper tackles fair classification with multiple sensitive features.

problem Existing fair classification methods often consider a single sensitive feature, but in practice, individuals are defined by multiple sensitive features.
method Characterizes Bayes-optimal fair classifiers for multiple sensitive features under various fairness measures, proposing in-processing and post-processing algorithms.
result Bayes-optimal fair classifiers for multiple sensitive features are instance-dependent thresholding rules that rely on a weighted sum of group membership probabilities.

A new ZSL algorithm uses shared sparse representations for unseen classes.

problem Classifying images from unseen classes using only semantic information.
method Coupled dictionary learning to represent visual and semantic features in an intermediate space.
result The proposed method outperforms state-of-the-art ZSL algorithms on benchmark datasets.

Benchmark evaluates LLM trading agents by masking identifiers to prevent memory leaks.

problem Evaluate LLM trading agents without relying on market memory or noise.
method Data-side masking protocol, Barra-style performance attribution framework.
result LLM agents' returns are largely explained by market and style exposure, not stock selection.