基于元胞自动机的植物生态仿真系统及其研究

复杂性和非线性是物质、生命和人类社会进化中的显著特征。物理科学和生物科学、认知科学和计算机科学、社会科学和经济科学以及哲学和科学史中的复杂系统，引入了一种跨学科的方法论，以解释在自然界和精神领域以及经济和社会中有相同原理的有序的形成。通过研究并开发一个基于元胞自动机的动态植物生态仿真系统平台来研究生态学领域内的一系列植物种群实例，可以更好地对复杂性系统进行深入的研究。

Research into the eco-emulation system of plant based on cellar automata

Complexity and non- linearity are the prominent features in eth evolution of matter, life and human society. The complex system of physical science, biological science, cognitive science, computer science, social science, economic science, philosophy and scientific history introduces inter - disciplinary methodology to explain the orderly formation of similar principle in the natural world, spiritual field, economy and society. The dynamic eco - emulation system of plant based on cellar automata is developed to make research into a series of plant group in the ecologic field, which will be helpful for further research into the complex system.