|
Template for the abstract
(for all submissions)
 MS Word,
LaTex
Template for the manuscript
(Type 1-A: extended abstract
only)
MS Word, LaTex
Template for the manuscript
(Type 1-B: full paper only)
MS Word, LaTex
|
|
|
| · Home > Topic Area Workshops > Geometric Computing Workshop |
|
|
|
|
|
Geometric Computing Workshop
You are invited to submit a paper to the Geometric Computing workshop to be held in Jeju, Korea during August 25-28, 2010.
Key topics to be covered in this workshop include, but are not limited to:
Geometric Modeling and Processing
Mesh Processing
Curve/Surface and its Applications
FEM/BEM
Computational Geometry
Geometric Constraints and Data Exchange
Topological Constraints, Topology
Shape Optimization
Please note that there are THREE types of submission:
1. Type 1-A: research or technical paper with manuscript in forms of an extended abstract (format: MS Words, Latex, PDF).
2. Type 1-B: research or technical paper with manuscript in forms of a full paper (format: MS Words, Latex, PDF).
3. Type 2: research or technical presentation in the format of a lecture (format: PPT, PDF).
The submission web page is here
|
|
Keynote Speaker
Kokichi Sugihara
Affiliation: Meiji University, Japan
Title: Computational Illusion - How to Design Impossible Solids and Impossible Motions
Abstract
|
|
| |
Pictures of impossible objects are widely known as material that evokes
optical illusion in human visual perception. Naively, they are considered
just as 2D pictures, but cannot be realised as 3D solids unless we use
some tricky structures such as hidden gaps in depth or planar-looking curved
faces.
Contrary to this naive understanding, however, computer analysis of
those pictures tells us that some of impossible pictures are not impossible;
we can construct them as 3D solids without employing tricky structures.
Moreover, the same construction method can be used to design impossible
motions, a dynamic version of impossible objects, that gives a new type of
optical illusion.
In this talk, I will show examples of 3D realizations of impossible objects
and impossible motions together with the computational method behind them. |
|
|
Workshop Committee
Co-chairs |
|
|
| Program Committee |
|
| Korea |
|
|
|
| China |
|
|
|
| Japan |
|
|
|
|
|
