by van Hemert, J, Van Hoyweghen, C, E Lukschandl and K Verbeeck
Abstract:
We present a general system that evolves art on the Internet. The system runs on a server which enables it to collect information about its usage world wide; its core uses operators and representations from genetic programming. The output consists of images that are decoded from tree structures. We show how this general system can be used to evolve two types of art: A Mondriaan like art and a type known as mandala. Both types are implemented with the mind of an engineer.
Reference:
A "Futurist" approach to dynamic environments (van Hemert, J, Van Hoyweghen, C, E Lukschandl and K Verbeeck), Technical report TR-01-02, Leiden University, 2001.
Bibtex Entry:
@techreport{tr-01-02,
_day = {01},
abstract = {We present a general system that evolves art on the Internet. The system runs on a server which enables it to collect information about its usage world wide; its core uses operators and representations from genetic programming. The output consists of images that are decoded from tree structures. We show how this general system can be used to evolve two types of art: A Mondriaan like art and a type known as mandala. Both types are implemented with the mind of an engineer.},
author = {van Hemert, J and Van Hoyweghen, C and E Lukschandl and K Verbeeck},
date-added = {2009-03-14 13:26:25 +0000},
date-modified = {2009-03-14 13:26:25 +0000},
institution = {Leiden University},
keywords = {dynamic problems},
number = {{TR-01-02}},
pdf = {http://www.vanhemert.co.uk/publications/tr01-02.A_Futurist_Approach_to_Dynamic_Environments.pdf},
ps.gz = {http://www.vanhemert.co.uk/publications/tr01-02.A_Futurist_Approach_to_Dynamic_Environments.ps.gz},
title = {A ``Futurist'' approach to dynamic environments},
year = {2001}}