Mailing Alert on May 24, 2016
(Publication/Update date Nov 11, 2016)
Special Issue on Large Scale and Nonlinear Similarity Learning for Intelligent Video Analysis
Learning similarity and distance measures have become increasingly important for the analysis, matching, retrieval, recognition, and categorization of video and multimedia data. With the ubiquitous use of digital imaging devices, mobile terminals and social networks, there are massive volumes of heterogeneous and homogeneous video and multimedia data from multiple sources, e.g., news media websites, microblog, mobile phone, social networking, etc. Moreover, the spatio-temporal coherence among video data can also be utilized for self-supervised learning of similarity and distance metrics. This trend has brought several challenging issues for developing similarity and metric learning methods for large scale and weakly annotated data, where outliers and incorrectly annotated data are inevitable. Recently, scalability has been investigated to cope with large scale metric learning, while nonlinear similarity models have shown their great potentials in learning invariant representation and nonlinear measures of video and multimedia data.
Although the studies on large scale and nonlinear similarity learning for intelligent video analysis are valuable for both research and industry, there are many fundamental problems remain unsolved. In order to pursue first-class research outputs along this direction, this special issue aimed at promoting the scaling-up of metric learning for massive video and multimedia data, the development of nonlinear and deep similarity learning models, the extension to semi-supervised, multi-task, and robust metric learning, and the applications to video-based face recognition, person re-identification, human activity recognition, multimedia retrieval, cross-media matching, and video surveillance. This special issue will provide the image/video community with a forum to present new academic research and industrial development in intelligent video analysis.
Initial Paper Submission: December 31, 2016
Initial Paper Decision: March 31, 2017
Revised Paper Submission: May 15, 2017
Revised Paper Decision: June 30, 2017
Publication Date: December 2017
Wangmeng Zuo Harbin Institute of Technology, China
Liang Lin Sun Yat-Sen University, China
Alan L. Yuille The Johns Hopkins University, US
Horst Bischof Graz University of Technology, Austria
Lei Zhang Microsoft Research, US
Fatih Porikli Australian National University, Australia