Science

Researchers have developed a model-agnostic framework that effectively identifies adversarial examples in images by analyzing their underlying feature characteristics.

New research demonstrates how combining diffusion models, normalizing flows, and invertible convolutions can dramatically improve the speed and efficiency of generating high-quality images.

A new framework leverages the power of deep learning and optimization techniques to translate complex retail data into actionable strategies for pricing and product selection.

A new approach merges traditional optimization techniques with the power of neural networks, creating trainable systems that learn to solve problems more efficiently.

A new approach leveraging artificial intelligence is dramatically improving the accuracy of solar power output predictions and enabling earlier detection of system anomalies.

A novel information-theoretic method dramatically improves the detection of inaccurate statements generated by artificial intelligence in financial contexts.

A new approach combines the power of quantum computing and topological data analysis to detect subtle patterns of financial crime.

A new approach combines the reasoning abilities of large language models with statistical anomaly detection to uncover hidden patterns in accounting data.

As artificial intelligence models grow in complexity, ensuring the legality of the data used to train them is becoming a critical challenge.

A new approach dynamically adjusts learning to shield decentralized systems from the impact of malicious or poorly-behaved clients.