title

■Surface based modeling
Creating a terrain model N-side Filling Surface Interpolation Surface Data Compression
Creating a terrain model N-side Filling Surface Interpolation Surface Data Compression
Offset Surface Generation
Offset Surface Generation

■Point based modeling
Digital stone implement Point Cloud Registration A Method to Generate a Solid Model for a Stone Tool Order Detection of Detachment for a Stone Implement
Digital stone implement Point Cloud Registration A Method to Generate a Solid Model for a Stone Tool Order Detection of Detachment for a Stone Implement
Measured Drawings of Earthenware Artifacts Ridge Lines Extraction Column Form Extraction and Shaft Estimation 3D Surface Reconstruction of Stone Tools
Measured Drawings of Earthenware Artifacts Ridge Lines Extraction Column Form Extraction and Shaft Estimation 3D Surface Reconstruction of Stone Tools
Detecting Adjacent Pieces of Refitted Flakes Piece Modeling of an Earthenware Vessel Feature Line Extraction Earthenware’s Surface Shape
Detecting Adjacent Pieces of Refitted Flakes Piece Modeling of an Earthenware Vessel Feature Line Extraction Earthenware’s Surface Shape

■PC Cluster
Collision
Detection		 A Distributed Simplification Method Virtual Touching System
Collision Detection A Distributed Simplification Method Virtual Touching System

■Others
Data
simplification		 PocketPC Stereo Viewer A fast display algorithm
Data simplification PocketPC Stereo Viewer A fast display algorithm
Outdoor Soft Shadow Generation Method
Outdoor Soft Shadow Generation Method


■In our laboratory, students who are interested in 3DCG such as shape modeling, rendering, virtual reality, are accepted positively. Please contact to Konno without hesitating.