Remote Control System of Artificial Fish School and Its Fast Implementation

In our previous work, we have developed an interactive system of artificial fish school for Visual Marine Museum in Hisashi Kawabayashi and Yen-Wei Chen (2009), Kanami Kobayashi (2005), Craig W. Reynolds (1987). In this paper, we focus our researches on its fast implementation and remote control. We propose to use parallel processing techniques and space blocking method for fast implementation. The computation time can be significantly reduced to 1/20. The remote control is realized by using socket communication. The user can manipulate the system from a remote PC in a far distance.