Acivs 2020 is a conference focusing on techniques for building adaptive, intelligent, safe and secure imaging systems. Acivs 2020 consists of five days of lecture sessions, both regular (25 minutes) and invited presentations, and poster sessions. The proceedings of Acivs 2020 should be published by Springer in the Lecture Notes in Computer Science series and are listed in the ISI proceedings index. Official Springer records show that the conference reaches a wide audience: the proceedings covering the period 2005-2018 have been downloaded almost a million times already.
Acivs 2020 will also feature several social activities (included in the registration fee), including an opening reception, a conference dinner and a cultural activity.
Best student paper award
Thanks to sponsorship by LNCS, Acivs 2020 will feature a best student paper award. Details will be announced later.
Acivs 2020 will feature several invited talks, to be announced later.
Papers must show original and high-quality work, from basic research to pre-industrial application. Both classical research papers and application papers are welcome. Topics of interest include, but are not limited to:
Image and Video Processing: preprocessing (scanning, sampling, quantization, …), compressed sensing, filtering, restoration and enhancement, color processing;
Multidimensional Image Processing: optical, infrared, radar, sonar, polarimetric, multispectral, hyperspectral and other types of images and videos;
Image and Video Analysis: segmentation, computational photography, tracking, pattern analysis, computer vision, early and biologically inspired vision, information geometry, image and video databases, search and retrieval, multimodality, authentication and watermarking;
Image and Video Coding: coding, quality metrics, image and video protection.
Applications of interest include, but are not limited to:
remote sensing, geology, agriculture;
multi-camera systems, sensor networks, events supervision, surveillance applications, biometrics and forensics;
intelligent transportation systems, vision-based guidance and navigation;
multimedia applications, mobile imaging, augmented reality.