Clement Ross
School of Engineering and Technology, Faculty of Computer Sciences and Engineering, De Montfort University, Leicester, LE1 9BH, UK.
Artif Life. 2006 Spring;12(2):243-57. doi: 10.1162/106454606776073297.
The Cichlid Speciation Project (CSP) is an ALife simulation system for investigating open problems in the speciation of African cichlid fish. The CSP can be used to perform a wide range of experiments that show that speciation is a natural consequence of certain biological systems. A visualization system capable of extracting the history of speciation from low-level trace data and creating a phylogenetic tree has been implemented. Unlike previous approaches, this visualization system presents a concrete trace of speciation, rather than a summary of low-level information from which the viewer can make subjective decisions on how speciation progressed. The phylogenetic trees are a more objective visualization of speciation, and enable automated collection and summarization of the results of experiments. The visualization system is used to create a phylogenetic tree from an experiment that models sympatric speciation.
丽鱼科鱼类物种形成项目(CSP)是一个用于研究非洲丽鱼科鱼类物种形成中未解决问题的人工生命模拟系统。CSP可用于进行各种实验,这些实验表明物种形成是某些生物系统的自然结果。一个能够从低级跟踪数据中提取物种形成历史并创建系统发育树的可视化系统已经实现。与以前的方法不同,这个可视化系统展示了物种形成的具体轨迹,而不是低级信息的摘要,观众可以根据这些信息对物种形成的过程做出主观判断。系统发育树是物种形成更客观的可视化方式,并能够自动收集和总结实验结果。该可视化系统用于从一个模拟同域物种形成的实验中创建系统发育树。