Publication:

The self-construction and -repair of a foraging organism by explicitly specified development from a single cell

Date

Date

Date
2007
Journal Article
Published version

Citations

Citation copied

Roth, F., Siegelmann, H., & Douglas, R. J. (2007). The self-construction and -repair of a foraging organism by explicitly specified development from a single cell. Artificial Life, 13(4), 347–368. https://doi.org/10.1162/artl.2007.13.4.347

Abstract

Abstract

Abstract

As man-made systems become more complex and autonomous, there is a growing need for novel engineering methods that offer self-construction, adaptation to the environment, and self-repair. In a step towards developing such methods, we demonstrate how a sim- ple model multicellular organism can assemble itself by replication from a single cell, and finally express a fundamental behavior: foraging. Previous studies have employed evolu- tionary approaches to this problem. Instead, we aim at explicit design of self-constructing and -repair

Additional indexing

Creators (Authors)

  • Roth, Fabian
    affiliation.icon.alt
  • Siegelmann, Hava
    affiliation.icon.alt
  • Douglas, Rodney J
    affiliation.icon.alt

Journal/Series Title

Journal/Series Title

Journal/Series Title

Volume

Volume

Volume
13

Number

Number

Number
4

Page range/Item number

Page range/Item number

Page range/Item number
347

Page end

Page end

Page end
368

Item Type

Item Type

Item Type
Journal Article

Dewey Decimal Classifikation

Dewey Decimal Classifikation

Dewey Decimal Classifikation

Language

Language

Language
English

Publication date

Publication date

Publication date
2007

Date available

Date available

Date available
2014-03-21

Publisher

Publisher

Publisher

ISSN or e-ISSN

ISSN or e-ISSN

ISSN or e-ISSN
1064-5462

OA Status

OA Status

OA Status
Green

PubMed ID

PubMed ID

PubMed ID

Citations

Citation copied

Roth, F., Siegelmann, H., & Douglas, R. J. (2007). The self-construction and -repair of a foraging organism by explicitly specified development from a single cell. Artificial Life, 13(4), 347–368. https://doi.org/10.1162/artl.2007.13.4.347

Green Open Access
Loading...
Thumbnail Image

Files

Files

Files
Files available to download:1

Files

Files

Files
Files available to download:1
Loading...
Thumbnail Image