*** Celebrating 35 Years of Excellence (1992–2027) ***
*** 35. International Conference in Central Europe on ***
*** Computer Graphics, Visualization and Computer Vision 2027 ***
WEB site: www.WSCG.cz or www.wscg.eu
Contact / Conference Chair: Prof. Vaclav Skala | WSCGconf@gmail.com

will be held near Prague (The Golden City of Europe) in Pilsen, Czech Republic,
as usual for 35 years since 1992.

**** WSCG conferences have been held annually in the Czech Republic since 1992 ****
== Physical presentation is strongly preferred ==
== but online presentation is available (especially for long-distance countries) ==

Accepted and presented papers will be published in
- Computer Science Research Notes [CSRN] with individual DOI, ISSN 2464-4617
- Journal of WSCG with individual DOI, ISSN 1213-6972
(strictly reserved for the best selected papers)
As with previous editions, papers will be sent for indexing as usual (Scopus, Web of Science, etc.)

Important dates:
- submission 2027 02 15 (abstract registration 2027 01 31 - recommended only)
- venue: May 24 - 27, 2027
- submission site:
))) Papers must be submitted electronically via the official WSCG Registration and Submission System: wscgreg.zcu.cz (((

WSCG 2027 invites submissions on all aspects of computer graphics, visualization, and computer vision, including but not limited to
================================
Computer graphics
Scientific visualization
Medical visualization
Computer vision
Image processing
Pattern recognition
GPU graphics
Rendering and animation
Virtual reality
Haptic systems
Medical imaging
Graphical human-computer interfaces
Graphical interaction
Computational photography
Data compression for graphics
Image-based rendering
Physically based modeling
Mathematical methods for graphics and vision
Geometric modeling
Shape analysis
Shape modelling
Shape retrieval
Surface and volume parameterization
Parallel graphics
CAD, CAGD and GIS systems

NEW & HIGHLIGHTED TRACKS FOR 2027:
- Autonomous systems [UAV, Robotics, etc.] – focusing strictly on computer vision and graphics aspects.
- Meshless (meshfree) methods in computer vision and computer graphics.
- Geometric Algebra – including Projective and Conformal Geometric Algebra for computer graphics and computer vision.



Related applications and topics.