MMR: An Interactive Massive Model Rendering System Using Geometric And Image-Based Acceleration Daniel Aliaga*, Jon Cohen , Andrew Wilson, Eric Baker, Hansong Zhang⊥, Carl Erikson, Kenny Hoff, Tom Hudson, Wolfgang Stue - Center for Individual Rights - Document - PDFSEARCH.IO

First Page		Document Content
Date: 2000-11-14 11:05:26 Computing Hidden surface determination Potentially visible set Scene graph 3D modeling Rendering Computational geometry OpenGL 3D computer graphics Computer graphics Software		MMR: An Interactive Massive Model Rendering System Using Geometric And Image-Based Acceleration Daniel Aliaga*, Jon Cohen+, Andrew Wilson, Eric Baker, Hansong Zhang⊥, Carl Erikson, Kenny Hoff, Tom Hudson, Wolfgang Stue Add to Reading List Source URL: www.cs.jhu.edu Download Document from Source Website File Size: 1,31 MB Share Document on Facebook

	AUTOMATED EMBROIDERY PROTOTYPE SIMULATION: AN INDEPENDENT STUDY IN 3D COMPUTER GRAPHICS RENDERING Jared Wickman May 14, 2002 DocID: 1u6sQ - View Document
	Shape Distributions ROBERT OSADA, THOMAS FUNKHOUSER, BERNARD CHAZELLE, and DAVID DOBKIN Princeton University Measuring the similarity between 3D shapes is a fundamental problem, with applications in computer graphics, co DocID: 1tnjm - View Document
	Semantically-Enriched 3D Models for Common-sense Knowledge Manolis Savva, Angel X.Chang, Pat Hanrahan Computer Science Department, Stanford University {msavva,angelx,hanrahan}@cs.stanford.edu Abstract DocID: 1tcCx - View Document
	On Being the Right Scale: Sizing Large Collections of 3D Models Manolis Savva, Angel X. Chang, Gilbert Bernstein, Christopher D. Manning, Pat Hanrahan Computer Science Department, Stanford University Figure 1: We use a p DocID: 1tcv7 - View Document
	EDA221 – Introduction to Computer Graphics, 2016 Assignment 1 – Solar System In this assignment you will be introduced to the basics of 3D rendering and hierarchical transformations. You will use our C++/OpenGL Fram DocID: 1tbQw - View Document