Structural morphogenesis with diversity of solutions (Structural morphogenesis and optimization using simulated breeding and bonsai procedure)

在本研究中，首先，栖息地隔离有关使用的生活像的方法和数学规划澄清。其次，通过本研究定义了体面的解决方案。该方法在结构设计领域具有重要的应用价值。体面的解决方案是一个解决方案，具有较高的评价，其中包含全局最优和局部最优。类生命方法使用遗传算法和元胞自动机。特别地，我们提出了基于遗传算法的下降解搜索算法。体面的解决方案搜索可以掌握整个解决方案空间。此外，体面的解决方案搜索成为一个强有力的手段，结构形态发生的问题。在此基础上开发了概念支持和辅助设计的试验系统。所开发的系统适用于构造形态发生问题。分析结果能够搜索到大量的结构形式，力流清晰。这些结果给出的选择，结构稳定的设计师和广泛的，是一个新的想法，刺激设计师的概念的介绍。因此，能够实现具有多样性的结构形态发生的第一目的。

In this research, first of all, the habitat segregation concerning the use of the life like approach and mathematical programming was clarified. Next, the decent solution was defined by this research. The decent solution showed the importance in the structural design field. The decent solution is a solution with a comparatively high evaluation that contains the global optimum and the local optimum. The life like approach uses the genetic algorithm and the cellular automaton. Especially, we proposed the decent solution search algorithm by the genetic algorithm. The decent solution search can grasp the entire solution space. In addition, the decent solution search becomes a strong means for the structural morphogenesis problem. A trial system of the conception support and the design aid was developed based on these solution search algorithms. The developed system applied to the structural morphogenesis problem. The analysis result was able to search for a lot of structural forms with a lucid flow of force. These results are given choices that structurally stabilize for the designer and are wide, and are presentations of a new idea that stimulates the designer's conception. Therefore, a first purpose of the structural morphogenesis with diversity was able to be achieved.