粒子群优化(PSO)算法是其中较新的一种人工生命计算方法。
Particle Swarm Optimization (PSO) is such a new artificial life computation method.
粒子群优化(PSO)算法是一类新兴的随机优化技术，其思想来源于人工生命和演化计算理论。
Particle swarm optimization (PSO) is a new stochastic optimization technique originating from artificial life and evolutionary computation.
在这篇文章的最后，我还会总结正是由于人工鱼的模型，使得我们的人工生命摄影能够与计算机动画紧密相连。
In the remainder of the article, I will review the artificial fish model that have made possible our artificial life cinematography approach to computer animation.
通过将人工生命概念应用于现实生活问题，我们可以对计算机生成的解决方案编程，以在其有能力很好地完成所要求任务的基础上为生存而竞争。
By applying artificial life concepts to real-life problems, we can program computer-generated solutions to compete for survival based on their capability to perform a desired task well.
人工生命是指用计算机和精密机械等生成或构造表现自然生命系统行为特点的仿真系统或模型系统。
Artificial life is a simulated or modeling system generated or constructed by using computer and precise mechanism, which behaves like a natural life system.
数字生命研究是新兴起的计算机与生物学交叉的前沿科学领域，主要是采取软件的形式在计算机中产生展示生命特征的人工生命实体。
Digital life is a new frontier science where computers meet biology. It USES software technology to create artificial entities that exhibit the characteristics of life in computer.
人工生命的方法有助于人们了解生物学规律，并且在机器人、计算机图形学等方面得到了成功应用。
Artificial life helps people to understand biological systems and has been successfully used in robotics, computer graphics, etc.
人工生命的方法有助于人们了解生物学规律，并且在机器人、计算机图形学等方面得到了成功应用。
Artificial life helps people to understand biological systems and has been successfully used in robotics, computer graphics, etc.
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