Title :
The living virtual Kinka Kuji temple: a dynamic environment
Author :
Refsland, Scot Thrane ; Ojika, Takeo ; Berry, Robert, Jr.
Author_Institution :
Int. Soc. on Virtual Syst. & MultiMedia, Japan
Abstract :
Our research uses the natural computing power of emergent properties and chaos found in live data streams to bring a “living” element into a heritage environment. Using a live chaotic data stream found on the Internet, we can produce emergent rhythmic behaviors to control artificial life and climatic environmental changes. We constructed a model of the Golden Temple (Kinka Kuji) in Kyoto, Japan for our experiment. We decided to design artificial life “fireflies” to inhabit the neighboring temple gardens. These fireflies are connected in real time to the actions of stocks environments in the Nasdaq stock market. Using live chaotic data streams holds a lot of promise in providing a more natural process for both virtual environments and artificial life. In this research, we´ve only explored its beginning potentials, searching for the types of data available from users and the Internet. The data can provide new perspectives in making our virtual heritage alive and be closer to interpreting the “magical nature” of the heritage site
Keywords :
Internet; artificial life; chaos; humanities; real-time systems; stock markets; virtual reality; Golden Temple, Kyoto, Japan; Internet; Kinka Kuji temple; Nasdaq stock market; artificial life; climatic environmental changes; dynamic environment; emergent properties; fireflies; heritage environment; live chaotic data streams; living virtual temple; real-time system; rhythmic behavior; temple gardens; virtual environment; Chaos; Control systems; Internet; Multimedia systems; Nonlinear dynamical systems; Rhythm; Stock markets; Streaming media; Timing; Virtual environment;
Journal_Title :
MultiMedia, IEEE