Multiple Attribute
Multiple attribute research focuses on managing and leveraging multiple characteristics or features within data to improve various tasks. Current research emphasizes developing methods for handling multiple attributes in diverse applications, including improving the accuracy and trustworthiness of large language models, enhancing recommendation systems, and ensuring fairness in machine learning models. This involves exploring novel architectures like knowledge graph convolutional networks and attention mechanisms, as well as refining existing techniques such as supervised fine-tuning and focal loss. The impact of this research spans numerous fields, from improving the reliability of AI assistants to advancing medical image analysis and mitigating bias in decision-making systems.
Papers
Attribute First, then Generate: Locally-attributable Grounded Text Generation
Aviv Slobodkin, Eran Hirsch, Arie Cattan, Tal Schuster, Ido Dagan
Continuous, Subject-Specific Attribute Control in T2I Models by Identifying Semantic Directions
Stefan Andreas Baumann, Felix Krause, Michael Neumayr, Nick Stracke, Vincent Tao Hu, Björn Ommer
Scene Recognition with Objectness, Attribute and Category Learning
Ji Zhang, Jean-Paul Ainam, Li-hui Zhao, Wenai Song, Xin Wang
MANI-Rank: Multiple Attribute and Intersectional Group Fairness for Consensus Ranking
Kathleen Cachel, Elke Rundensteiner, Lane Harrison
Improved Generalization Guarantees in Restricted Data Models
Elbert Du, Cynthia Dwork