Image Database
Image databases are crucial for various computer vision tasks, aiming to efficiently store, retrieve, and analyze vast collections of images. Current research focuses on improving image retrieval methods, including novel algorithms for finding unique images, leveraging large multi-modal models for precise geolocalization, and employing techniques like contrastive learning and manifold factorization for robust data representation and efficient querying, even with noisy or incomplete data. These advancements are vital for applications ranging from cultural heritage preservation (through the creation of diverse image datasets) to improved search capabilities and the development of more accurate and robust computer vision systems.
Papers
Cross-modal Place Recognition in Image Databases using Event-based Sensors
Xiang Ji, Jiaxin Wei, Yifu Wang, Huiliang Shang, Laurent Kneip
Predicting beauty, liking, and aesthetic quality: A comparative analysis of image databases for visual aesthetics research
Ralf Bartho, Katja Thoemmes, Christoph Redies