Separating real-world photos from computer graphics: comparative study of classification algorithms

Quantum Computer Graphics Algorithms

In this paper we outline the development of a new paradigm in the field of quantum computing: quantum computer graphics. The purpose is to demonstrate how fundamental computer graphics problems can be expressed using the quantum formalism. We show that corresponding quantum computer graphics algorithms can be formulated in order to exploit the immense potential of quantum information processing...

New Algorithms for Computer Graphics

The area of computational geometry deals with the study of algorithms for problems concerning geometric objects like e.g. lines, polygons, circles, etc. in the plane and in higher dimensional space. Since its introduction in 1976 by Shamos the field has developed rapidly and nowadays there are even special conferences and journals devoted to the topic. A list of publications by Edelsbrunner and...

STALOG: Comparison of classification algorithms on large real-world problems

This paper describes work in the StatLog project comparing classiication algorithms on large real-world problems. The algorithms compared were from: symbolic learning basis functions). Twelve datasets were used: ve from image analysis, three from medicine, and two each from engineering and nance. We found that which algorithm performed best depended critically on the dataset investigated. We th...

Interactive Learning of Computer Graphics Algorithms

Nowadays, computer graphics course is usually taught with traditional teaching methodologies and tools, which has its own limitations. In this paper, we present an online interactive computer graphics tutorial. The practical part of the tutorial consists of example programs on the computer in which the users can test the theoretical concepts and generate their own experiences. The integration o...

Computer graphics and virtual environments - from realism to real-time