Publication: Semantic sketch-based video retrieval with autocompletion
Program
KU-Authors
KU Authors
Co-Authors
Tǎnase, Claudiu
Giangreco, Ivan
Rossetto, Luca
Schuldt, Heiko
Seddati, Omar
Dupont, Stéphane
Advisor
Publication Date
2016
Language
English
Type
Conference proceeding
Journal Title
Journal ISSN
Volume Title
Abstract
The IMOTION system is a content-based video search engine that provides fast and intuitive known item search in large video collections. User interaction consists mainly of sketching, which the system recognizes in real-time and makes suggestions based on both visual appearance of the sketch (what does the sketch look like in terms of colors, edge distribution, etc.) and semantic content (what object is the user sketching). The latter is enabled by a predictive sketch-based UI that identifies likely candidates for the sketched object via state-of-the-art sketch recognition techniques and offers on-screen completion suggestions. In this demo, we show how the sketch-based video retrieval of the IMOTION system is used in a collection of roughly 30,000 video shots. The system indexes collection data with over 30 visual features describing color, edge, motion, and semantic information. Resulting feature data is stored in ADAM, an efficient database system optimized for fast retrieval.
Description
Source:
International Conference on Intelligent User Interfaces, Proceedings IUI
Publisher:
Association for Computing Machinery
Keywords:
Subject
Computer engineering