Posters

Modeling

Thursday - Saturday, 16 - 18 December | 9:00 AM - 6:00 PM | Level 3 - Foyer Hall E

Interaction With Objects Inside Media

Media that can provide a physics-based application with predefined object information and the corresponding sensory feedback data while remaining compatible with current image formats.

Seung-Chan Kim
Korea Advanced Institute of Science and Technology

Byung-Kil Han
Korea Advanced Institute of Science and Technology

Jeong-Yean Yang
Korea Advanced Institute of Science and Technology

Dong-Soo Kwon
Korea Advanced Institute of Science and Technology

Procedural Modeling of Multiple Rocks Piled on Flat Ground

This procedural modeling method generates realistic rock shapes and effectively places the rocks on the ground.

Kaisei Sakurai
Japan Advanced Institute of Science and Technology

Kazunori Miyata
Japan Advanced Institute of Science and Technology

Ridge Detection With a Drop-of-Water Principle

This extraction method for ridge lines generates a ridge-lined 3D terrain map of Japan.

Shinji Koka
Nihon University

Kenshi Nomaki
Nihon University

Kimio Sugita
Tokai University

Kensei Tsuchida
Toyo University

Takeo Yaku
Nihon University

Bounding Volumes for Implicit Intersections

An approach for automatic generation of bounding volumes for intersections of implicit surfaces. The approach is based on set operations, normalization, and offsetting.

Galina Pasko
Lefke Avrupa Universitesi

Oleg Fryazinov
Bournemouth University

Turlif Vilbrandt
Digital Materialization Group

Alexander Pasko
Bournemouth University

A Rule-Based Method for Creating Bookshelf Models

A rule-based method for generating bookshelf models that can be easily given variations by employing structural patterns.

Kazunori Miyata
Japan Advanced Institute of Science and Technology

Naoki Kita
Japan Advanced Institute of Science and Technology

Intuitive 3D Caricature Face Maker

An interactive system for generating a caricatured 3D face from a single photo by combining the 2D caricature generation method and 3D geometric morphing method.

Yoon-Seok Choi
Electronics and Telecommunications Research Institute

Ji Hyung Lee
Electronics and Telecommunications Research Institute

Bon-Ki Koo
Electronics and Telecommunications Research Institute

Modeling Trees With Crown-Shape Constraints

A method for modeling trees with basic solid geometry figures, such as spheres, cones, cylinders, and prisms.

Hongjun LI
Chinese Academy of Sciences

Xiaopeng Zhang
Chinese Academy of Sciences