Project Number
- 321
Title
- Public Anemone: An Organic Robot Creature
Description
- Interactive synthetic life form designed to explore qualities of living presence that appeal to humans.
Contact
- Cynthia Breazeal
Affiliation
- Massachusetts Institute of Technology
Address
- Media Laboratory
- 77 Massachusetts Avenue NE 18-5fl
- Cambridge, Massachusetts 02139
- cynthiab@media.mit.edu
WWW
Year
- 2002
Reference
- SIGGRAPH 2002 Conference Abstracts and Applications
Project Details
- "Inspired by primitive life, Public Anemone is a robotic creature with an organic appearance and [graceful] quality of movement. Situated in an interactive terrarium that transitions from day to night, the cyber flora and fauna of this robotic garden can be manipulated by touch and proximity at night, and by gesture and movement during the day."
- "Public Anemone was created to explore the aesthetic, expressive, and interactive qualities that give robots an organic and engaging [life-like] presence to people."
- In the exhibition, the day-to-night cycle is ten minutes for the stage. During the day, the robotic creature sociably interacts with people using color video cameras to perceive activity around it. Its response system is highly expressive to support socializing with visitors. During the night cycle, smaller, nocturnal creatures awake that respond to touch and proximity with sound, light, and movement.
Sight
- Public Anemone, terrarium stage, nocturnal creatures
Sound
- amplified sound
Touch
- Public Anemone organic interactions
Smell
Taste
Other
Emergence
- 1 - Innovation, Custom, Research
Intent
- 1 - Technology (innovation, machine)
Primary
- 106 - autonomous character, synthetic life
Secondary
- 203 - interactive paradigm, technique
Remarks
- Supported by code from Synthetic Characters Group for interactive characters including real-tim perception, motivation, task-based behavior, and expressive movement.
Last updated: 5 Jul 2002
Sponsored by ACM SIGGRAPH, Copyright © 2002 Association for Computing Machinery, Inc. (ACM)
Contact us: etech-map@siggraph.org