BeeWave: Creta swarm kinetic movement using by SMA display and embedded cellular automata-based mechanism

Hsin-Fu Chen, S. Huang
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Abstract

”Bee Wave” is a kinetic art sculpture driven by a shaped memory alloy. It is driven by the material properties of the memory alloy, which is heated and contracted to pull the lever on the drive to pull the acrylic wings, making them sway like the wings of a bee in nature (Figure 1). Since no motor is used, it is quiet and elegant; the cell of the triangular cone is like a cellular automata, which has a mechanism to receive, store and process signals transmitted between cells and cells, and can influence the neighboring cells, from the individual triangular cone to influence the three neighboring cells, through the rule of triggering all the way to the group, like a wave cycle; and in the process of implementation into the nature of the existence of In the process of the actual work, the biological characteristics and appearance of the bionic design are incorporated, such as the adoption of a biological appearance, the mechanism of the bee to capture the hidden audio conversion behavior, the memory alloy of the shape like a living creature, and the function of the cellular automaton to transmit signals in the game of life [Conway 1970], and the above mechanisms are ”mixed” to create this creation (Bee Wave).
BeeWave:基于SMA显示和嵌入式元胞自动机的Creta群体运动机制
“蜂波”是一个由形状记忆合金驱动的动态艺术雕塑。它是由记忆合金的材料特性驱动,通过加热收缩拉动驱动器上的杠杆拉动亚克力翅膀,使其像大自然中的蜜蜂翅膀一样摇摆(图1)。由于不使用电机,安静优雅;三角形锥体的细胞就像一个细胞自动机,它具有接收、存储和处理细胞与细胞之间传递的信号的机制,并能影响相邻的细胞,从单个三角形锥体到影响相邻的三个细胞,通过触发的规则一路到群,就像一个波周期;和实施过程中存在的性质在实际工作的过程中,仿生的生物学特性和外观设计,如采用生物外表,蜜蜂的机制来捕捉隐藏音频转换行为,记忆合金的形状像一个活物,和细胞自动机的功能来传输信号在生活的游戏中(1970年Conway),而上述机制是“混合”来创造这种创造(Bee Wave)。
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