Ars Electronica Archive
Prix
Prix Map
Pictures
Videos
Publications
Special Projects
Women in Media Art
Prix
The Prix Ars Electronica Archive is a collection enabling search and viewing of all the submissions since 1987. The award-winning projects are documented with catalogue texts and audio-visual media. All other submissions can be searched by title/artist and displayed with year, category in list form. Please cite the credits (artwork name, artist and photographer) and only use the materials if your article is related to Ars Electronica.
Alter
*Alter* is a robot developed for the purpose of exploring what it means to be “life-like.” In contrast with the *Otonaroid*, *Alter* appears to be a machine that has been stripped bare. However, it expresses life-likeness through complex movements. These movements may look haphazard, but change constantly due to the underlying algorithm that mimics the logic of neural circuits of living things. A moment of “life-likeness” emerges as you observe closely—what is that moment like? Attempt to find your own answer to that question.
*Alter* does not move in ways that are determined beforehand; rather, the movements made by the entire body are created in real-time. Furthermore, your responses are perceived by sensors and reflected into the movements. Sensors that measure the distance between *Alter* and human beings observe the movements of the people around *Alter*, and send signals to the program.
A central pattern generator (CPG) creates a basic rhythm that is cyclical, yet gradually deviates from the original pattern. A neural network of 1,000 nerve cells is recreated on the computer, and *Alter* “learns” life-like activities based on signals sent from the sensors. Based on computer signals that are rhythmic and changing, compressed air is sent through 42 joints to create smooth movements.
*Alter* was born through cooperation between a researcher of androids, which are robots that appear identical to human beings, and a researcher of artificial life, who attempts to recreate life on a computer. Both researchers ask the same question: “What is life?”—but the hypotheses on that are different.
Links: https://www.youtube.com/watch?v=QN7pJQz1XDs
*Alter* does not move in ways that are determined beforehand; rather, the movements made by the entire body are created in real-time. Furthermore, your responses are perceived by sensors and reflected into the movements. Sensors that measure the distance between *Alter* and human beings observe the movements of the people around *Alter*, and send signals to the program.
A central pattern generator (CPG) creates a basic rhythm that is cyclical, yet gradually deviates from the original pattern. A neural network of 1,000 nerve cells is recreated on the computer, and *Alter* “learns” life-like activities based on signals sent from the sensors. Based on computer signals that are rhythmic and changing, compressed air is sent through 42 joints to create smooth movements.
*Alter* was born through cooperation between a researcher of androids, which are robots that appear identical to human beings, and a researcher of artificial life, who attempts to recreate life on a computer. Both researchers ask the same question: “What is life?”—but the hypotheses on that are different.
Links: https://www.youtube.com/watch?v=QN7pJQz1XDs
Supported by Osaka University and Tokyo University
Takashi Ikegami (JP) is a professor at the University of Tokyo. He specializes in artificial life and complexity, and has been known to engage on the border between art and science.
Hiroshi Ishiguro (JP) received a D.Eng. in systems engineering from Osaka University, Japan in 1991. He is currently Professor at the Department of Systems Innovation in the Graduate School of Engineering Science, Osaka University, and Distinguished Professor of Osaka University. He is also visiting director (group leader: 2002-2013) of Hiroshi Ishiguro Laboratories at the Advanced Telecommunications Research Institute and an ATR fellow. His research interests include distributed sensor systems, interactive robotics, and android science.
Kohei Ogawa (JP) is a robotics and Al researcher at Osaka University, where he has been an Associate Professor since 2017. He is working on a robotics and interaction study.
Itsuki Doi (JP) is a sound artist and a PhD candidate at the University of Tokyo, Graduate School of Art and Science, where he also received his Master Degree of Science in 2015.
Hiroshi Ishiguro (JP) received a D.Eng. in systems engineering from Osaka University, Japan in 1991. He is currently Professor at the Department of Systems Innovation in the Graduate School of Engineering Science, Osaka University, and Distinguished Professor of Osaka University. He is also visiting director (group leader: 2002-2013) of Hiroshi Ishiguro Laboratories at the Advanced Telecommunications Research Institute and an ATR fellow. His research interests include distributed sensor systems, interactive robotics, and android science.
Kohei Ogawa (JP) is a robotics and Al researcher at Osaka University, where he has been an Associate Professor since 2017. He is working on a robotics and interaction study.
Itsuki Doi (JP) is a sound artist and a PhD candidate at the University of Tokyo, Graduate School of Art and Science, where he also received his Master Degree of Science in 2015.