Please prepare rain boots or rain shoes and an umbrella for the Technical Tour.
Takayama-area had plenty of snow in this week.
And snow or rain is also expected to continue during workshop as well as in the day of technical tour. After arriving Shirakawa-Go, we will walk around in the scenic world-heritage village in which the ground is wet.
For your comfortable tour, we strongly recommend you to ready for this wet situation.
Detailed Presentation Schedule
Detailed Presentation Schedule is available here.
Online Registration is now available.
The workshop banquet (evening February 18) is held at workshop venue, Hida Hotel Plaza. The hotel cannot provide any halal certified food. Request for vegetarian menu might be accepted but is not guaranteed. If you have special request for banquet menu, please contact local organizer (firstname.lastname@example.org) by e-mail.
- Full paper submission:
Nov. 4, 2015extened to Dec. 11, 2015
- Notification of acceptance:
Dec. 4, 2015extended to Dec. 31, 2015
- Final camera-ready paper:
Jan. 4, 2016extended to Jan. 10, 2016
- Online Registration:
- Feb. 10, 2016
Call for Papers
The Korea-Japan joint workshop on Frontiers of Computer Vision (FCV) is the exciting chance and place for intercommunication and discussion through many presentations of the advanced researches from the worldwide research communities of computer vision fundamentals and machine vision application systems. The FCV 2016 will be held in Takayama, Japan.
Topics of interest include all aspects of image processing, computer vision, machine vision, the fundamentals and applications including, but not limited to, the following areas:
• Computer Vision fundamentals:
Early Vision, Representation, Color and Illumination analysis, Vision Geometry, Coding, Error analysis.
• Image signal processing:
Filtering, Image enhancement, Restoration, Transformation, Stochastic vision, Stereo vision, Scale space analysis, Hough transform, Morphological processing, Image sequence analysis, Image processing architecture, Software.
• Image understanding:
Image registration, Template matching, Indexing, Image search, Robust recognition, Learning, Shape-from-X, Motion analysis, Segmentation, Active vision, CAD-based vision, Model-based vision.
• Video processing and Multimedia understanding:
Image and multimedia database, Content- based retrieval, Video Indexing and editing, Media processing.
• Image applications:
Machine vision system, Industry system, Factory automation, Visual inspection.