artificial evolution

英 [ˌɑːtɪˈfɪʃl ˌiːvəˈluːʃn] 美 [ˌɑːrtɪˈfɪʃl ˌiːvəˈluːʃn]

人为进化

计算机



双语例句

  1. The Artificial Interference When Applying Differential Evolution Method in the Synthesis of Four-bar Mechanism
    微分进化应用于四杆机构综合时的人工干预
  2. These artificial evolution systems generate creative new things, but don't keep evolving. While she always decried the fickleness of human nature, she carried on an unrelenting search for the ideal servant to the end of her days.
    这些人工进化系统产生了创造性的新事物,但是并没有不断地演化下去。尽管她一直在指责人性的变化无常,她却继续毫不放松地寻找称心的仆人,一直到她死去。
  3. Blind Source Separation of Nonlinear Mixtures Based on Functional Link Artificial Neural Networks and Differential Evolution Algorithm
    基于泛函连接网络和差分进化算法的后非线性混叠信号盲分离方法
  4. "This is the first example of an artificial chemical system capable of Darwinian evolution," says Steven Benner, the research leader.
    “这是首例有能力进行达尔文式进化的人造化学体系,”研究领导者史蒂文伯纳(stevenbenner)说。
  5. And we will certainly be able to build much more interesting artificial evolution systems.
    我们显然可以建造远胜于过去的。
  6. The evolutionary computing is a branch of artificial intelligence based on a biological evolution theory.
    演化计算是人工智能领域中的基于生物进化理论的一个分支。
  7. Molecular Modification and Artificial Evolution of Microbial Enzymes
    微生物酶的分子改性和人工进化的研究进展
  8. The import trade of artificial silk is revewed briefly, including the evolution of the imported volume, nationals and ports of artificial silk in the first part.
    然后分别论述了人造丝织品和人造丝交织品的进、出口贸易的发展,分析了进出口额变化的原因。
  9. Under the condition of modern manufacturing, applying distributing artificial intelligence 、 calculating bionomics 、 biology evolution 、 Behavior-Based intelligence former theory, A Study on Behavior-Based Coordination and Control Theory and Methodology for Agile Autonomous Manufacturing Systems.
    综合应用分布式人工智能、计算生态学、生物进化、行为智能等前沿理论成果,研究现代制造环境下,基于行为的分布式自治制造系统的全局协调和控制理论与方法。
  10. The effect of artificial selection and natural selection on the origin and evolution of the characters was also discussed.
    对人为选择和自然选择在部分性状的起源与演化中的作用进行了探讨。
  11. A Comparative Research between Artificial Nature Evolution and Ecosystem Evolution
    人工自然演化与生态演化的对比研究
  12. According to the structure of warship equipment, a design project of warship equipment fault diagnosis expert system based on artificial immune was present. Expert knowledge base learning, evolution process was mainly analyzed.
    根据舰艇装备的结构,给出了基于人工免疫的舰艇故障诊断专家系统的设计方案,并着重分析了专家知识库的学习、进化过程。
  13. The Path Planning in Soccer Robot Based on Artificial Immune Mind Evolution Algorithm
    基于人工免疫思维进化算法的足球机器人路径规划
  14. The study on artificial evolution of autonomous robot
    自主机器人人工进化方法研究
  15. Based the research on the status of artificial evolution, some key problems about evolutionary robotics is introduced, include: basic conception, evolution technology, evolutionary computation and experiment methods. It is explored that the future and the challenge of evolutionary robotics.
    在介绍人工进化研究状况的基础上,着重阐述了进化机器人学的关键问题:基本概念、进化技术、进化计算和实验研究方法等,探索了进化机器人学未来的研究趋势及所面临的挑战。
  16. There exists a remarkably progress in molecular modification and artificial evolution of microbial enzymes in recent years.
    运用分子生物学技术对微生物来源的酶进行分子改性和人工进化在过去几年中取得了令人瞩目的进展。
  17. Impacts of artificial factors on the evolution of geomorphology during recent thirty years in the Zhujiang Delta
    人为因素对珠江三角洲近30年地貌演变的影响
  18. Artificial evolution has emerged in the past few years as a powerful alternative to rational approaches for engineering protein. The study on artificial evolution of autonomous robot
    蛋白质人为进化是目前蛋白质工程研究的热点之一.自主机器人人工进化方法研究
  19. The classification to the automation system function was carried through, which included the fixed function, the artificial evolution function, the latent function and the self-evolution function etc.
    自动化系统的功能包括固定功能、人工进化功能、潜在功能和自我进化功能;
  20. In this paper, some effects of the maturation on the fluorescences of alginites and sporinites are studied with both artificial simulation and natural evolution samples.
    采用人工模拟热演化和地质热演化两个系列样品,研究了成熟作用对孢子体、藻类体等显微组分荧光性的影响。
  21. Tierra: Artificial Life Being Capable of Reproduction and Evolution
    具有繁衍和进化能力的人工生命Tierra的分析
  22. CROSSABILITY BETWEEN WHEAT AND RYE DURING THE ARTIFICIAL EVOLUTION OF WHEAT CULTIVARS Molecular Modification and Artificial Evolution of Microbial Enzymes
    小麦品种演化与远缘杂交亲和性微生物酶的分子改性和人工进化的研究进展
  23. Ray's Tierra is a representative of digital life, and also it is an artificial life which is capable of reproduction and evolution.
    Ray的Tierra为数字生命的代表,具有繁衍和进化能力的人工生命。
  24. This paper presents an agent-based cellular automata model of artificial ecosystems ( AEs), and the evolution of pests in local agro-ecosystems is simulated.
    提出一种基于Agent的细胞自动机(CA)演化模型,并采用整体建模仿真的方法,对农田虫害的演化进行了模拟。
  25. Then some important fields in mind science as its genesis and qualities, mind-language relationship, artificial and human intelligence, mind and evolution, etc.
    接着以心智科学的若干重要问题为线索,分析了心智的起源和性质、心智与语言的关系、人工智能与人类智能、人类智能与进化的关系等心智科学的重要领域。
  26. In this paper, we improved the contractive mapping genetic algorithm ( cmGA) and got a non-expansive mapping genetic algorithm ( nmGA), which can overcome the difficulty brought by the artificial parameter in cmGA as well as get faster evolution speed.
    笔者改进了Michalewicz提出的压缩遗传算法(cmGA),得到严格非膨胀遗传算法(nmGA),nmGA既消除了cmGA中人工参数的困难,又提高了进化速度。
  27. Besides, Artificial life evolution is a possible method to study intentionality and make artificial intelligence has intentionality finally.
    此外,人工生命演化也是研究人类意向性形成过程,揭开意向性之秘,使人工智能具有意向性的可能途径之一。
  28. Lots of improvements of GEP, such as initial population, chromosome coding, genetic operation, have been achieved. And also, the combinations with traditional artificial intelligence methods make better evolution efficiency.
    人们对GEP个体编码结构,解码方法,种群初始化,各遗传算子等进行了改进,取得了很好的试验效果,GEP与传统人工智能方法相结合进化效率也有所提高。
  29. In the past decades, artificial intelligence theory and methods such as neural networks, fuzzy logics and evolution algorithms have been used to control robot system.
    近二十多年来,以神经网络、模糊逻辑和进化算法为代表的人工智能理论与方法开始被运用到机器人系统的控制当中。
  30. Its research history is short, early it is a constructed artificial system model of simulating the mechanisms of biological evolution from attempting to explain the complexity process of biological in the natural system.
    它的研究历史比较短,早期是一种试图解释自然系统中生物的复杂适应过程入手,模拟生物进化的机制来构造人工系统的模型。