Jun 19, 2017
Algorithms
Computer Vision
Conference
Deep Learning
Giles
Image
Information Retrieval
Information Science
Kifer
Language
Machine Learning
Neural Nets
Orobla
Publication
Research Item
Text

Smart Library: Identifying books on library shelves using supervised deep learning for scene text reading (Digital Libraries, 2017)

Citation
Xiao Yang, Dafang He, Wenyi Huang, Alexander G. Ororbia II, Zihan Zhou, Daniel Kifer, and C. Lee Giles. 2017. "Smart Library: Identifying books on library shelves using supervised deep learning for scene text reading." Proceedings of the ACM/IEE Joint Conference on Digital Libraries. 2017. 1-4. DOI: 10.1109/JCDL.2017.7991581
Abstract

Physical library collections are valuable and long standing resources for knowledge and learning. However, managing and finding books or other volumes on a large collection of bookshelves often leads to tedious manual work, especially for large collections where books or others might be missing or misplaced. Recently, deep neural-based models have been successful in detecting and recognizing text in images taken from natural scenes. Based on this, we investigate deep learning for facilitating book management. This task introduces further challenges including image distortion and varied lighting conditions. We present a library inventory building and retrieval system based on scene text reading. We specifically design our text recognition model using rich supervision to accelerate training and achieve state-of-the- art performance on several benchmark datasets. Our proposed system has the potential to greatly reduce the amount of manual labor required for managing book inventories.