GraphiCon 2018

GraphiCon is the leading international conference on Computer Graphics and Vision in Russia, held each year since 1991. It was held in Moscow, Saint-Petersburg, Nyzhny Novgorod, Novosibirsk, Vladivostok, Rostov-On-Don. Earlier conference proceedings are available at the website of GraphiCon scientific society.

GraphiCon'2018 will be held in Tomsk in the Tomsk Polytechnic University (TPU) and Tomsk State University of Control Systems and Radioelectronics (TUSUR).

Authors are invited to submit their works, not published before, on key topics of the conference. All the papers submitted will be reviewed thoroughly and allowed to be updated according to the reviews. Papers can be submitted either in Russian or in English. 

Deadline for submissions: May 15, 2018, inclusive.

All accepted works will be included in the proceedings of the conference "Graphicon", indexed in the RSCI. The best works will be published in the electronic journal Scientific Visualization (indexed in Scopus, HAK, RSCI), Light & Engineering (Scopus, Web of Science, HAK, RSCI), the journal Programming and Computer Software (Scopus, Web of Science, HAK, RSCI), the journal "Bulletin of the Tomsk Polytechnic University. Geo Assets Engineering" (Scopus, HAK, RSCI).

The conference includes a school-seminar for young scientists, for which students and post-graduate students are invited to submit short papers (up to 4 pages). Accepted papers will be presented at the conference as poster presentations and published in the proceedings of the conference "Graphicon" (RSCI). All accepted works will participate in the competition, the best works will be published in the journal "Siberian Journal of Science" (Special Issue). The journal is indexed in the HAK, RSCI.

The conference also includes Presentation of State-Of-The-Art Computer Graphics, Computer Vision and Virtual Reality Technologies and Applications of various IT-companies and industrial enterprises.

GraphiCon’2018 includes (but is not limited to) the following topics:

• Realistic Graphics:
  • Photorealistic and Interactive Graphics.
  • Modelling of Optical Phenomena and Computational Optics.
  • High Dynamic Range Images.
  • Rendering on the GPU.
  • Virtual and Augmented Reality.
• Scientific Visualization and Visual Analytics:
  • Scientific Visualization and Visual Analytics in Applications.
  • Visual Analysis of Multidimensional Data.
  • Formalization of Visual Representation Concepts and Their Perception.
  • Visualization of Physical and Numerical Experiments as a Way to Create a Generalized Experiment.
  • Cognitive Graphics.
• Computer Vision:
  • Localization and Tracking of Objects in Images and Video.
  • 3D-Reconstruction from Images and Depth Sensor Data.
  • Generating Models of Image Analysis and Synthesis.
• Biomedical Image Processing and Analysis:
  • 2D Medical Images and Video.
  • 3D Medical Images.
  • Biomedical Microscopic Images.
  • Joint Processing and Analysis of Multimodal Biomedical Data.
• Digital Earth and Big Data:
  • Innovations in Cartography and Visualization.
  • Neogeography and Remote Sensing.
  • Visual Analytics and Remote Sensing.
  • Visualization and Security.
  • Visualization in Geology.
  • Visualization of Social Processes. Smart City.
  • Visualization and Semiotics.
  • Digital Earth for Sustainable Development.
  • Big Earth Data.
  • Digital Earth and Big Data in Education.
• Geometric Modeling. Computer Graphics and Education:
  • Digital Representation of Geometric Models.
  • Geometric Modeling of the Virtual Reality Environment.
  • Geometric Modeling in Applications.
  • Pedagogical Model of Computer Graphics Usage in Education.
  • Problems of Geometrographical Education of Students at High School.
  • Research in Applied Geometry and Practical Issues of Engineering Graphics in Education.
• Optical design:
  • Information Technologies in Optics.
  • Laser scanning in architecture and design.
  • Laser technology in industry and design.
  • Light installations.
• Computer Graphics, Lightning Engineering and Design:
  • Industrial Design.
  • Graphical Design.
  • Light Design.
  • Computer Graphics and Modeling.
  • Visualization and Design.
• CAD/CAM/CAE, trainers and simulators:
  • Development of CAD / CAM / CAE systems. Computer graphics in the automation of productions.
  • Virtual and mixed reality systems and applications. Dynamic simulators and simulators.
  • Reengineering of industrial facilities based on laser scanning data.
  • Adaptation of existing geometric models to different scenarios of engineering use.
  • Reengineering complex shapes based on polygon mesh or point cloud.
  • Dynamic imitation modeling in CAD / CAE environments.
  • Design by vector CAD-CAM-CAE criteria.
• Industrial Presentation:
  • Science-intensive technologies, hardware solutions and applications of computer graphics, machine vision, visualization systems areas, represented by IT companies and industrial enterprises