<--- Back to Details
First PageDocument Content
Mathematics / 3D computer graphics / Geometry / Discrete mathematics / Graph / Graph theory / Computer representation of surfaces / Image segmentation / Cycle / Edge
Date: 2010-05-05 11:56:20
Mathematics
3D computer graphics
Geometry
Discrete mathematics
Graph
Graph theory
Computer representation of surfaces
Image segmentation
Cycle
Edge

Building and Comparing Qualitative Descriptions of Three-Dimensional Design Sketches Andrew Lovett Morteza Dehghani Kenneth Forbus {andrew-lovett@, morteza@cs., forbus@}northwestern.edu

Add to Reading List

Source URL: silccenter.org

Download Document from Source Website

File Size: 509,81 KB

Share Document on Facebook

Similar Documents

TANIAI, PHAM, TAKAHASHI, NAEMURA: DUAL DISTRIBUTION MATCHING  A–1 Image Segmentation using Dual Distribution Matching (Supplementary)

TANIAI, PHAM, TAKAHASHI, NAEMURA: DUAL DISTRIBUTION MATCHING A–1 Image Segmentation using Dual Distribution Matching (Supplementary)

DocID: 1voEl - View Document

UNSUPERVISED IMAGE SEGMENTATION VIA MARKOV TREES AND COMPLEX WAVELETS Ci´an W. Shaffrey, Nick G. Kingsbury Ian H. Jermyn

UNSUPERVISED IMAGE SEGMENTATION VIA MARKOV TREES AND COMPLEX WAVELETS Ci´an W. Shaffrey, Nick G. Kingsbury Ian H. Jermyn

DocID: 1vm5f - View Document

TANIAI, PHAM, TAKAHASHI, NAEMURA: DUAL DISTRIBUTION MATCHING  1 Image Segmentation using Dual Distribution Matching

TANIAI, PHAM, TAKAHASHI, NAEMURA: DUAL DISTRIBUTION MATCHING 1 Image Segmentation using Dual Distribution Matching

DocID: 1vczi - View Document

International Journal of Advanced Networking & Applications (IJANA) Volume: 08, Issue: 05 Pages: Special Issue 19  An Efficient Color Image Segmentation using

International Journal of Advanced Networking & Applications (IJANA) Volume: 08, Issue: 05 Pages: Special Issue 19 An Efficient Color Image Segmentation using

DocID: 1vazz - View Document

Image Segmentation using Dual Distribution Matching Tatsunori Taniai1 1  Graduate School of Information Science and Technology,

Image Segmentation using Dual Distribution Matching Tatsunori Taniai1 1 Graduate School of Information Science and Technology,

DocID: 1uWQc - View Document