In the movies and on television, artificial intelligence is typically depicted as something sinister that will upend our way of life.
在电影和电视中，人工智能通常被描绘成一种将颠覆我们生活方式的邪恶事物。
New power machinery and artificial fertilizers have now totally transformed a way of life that started in the Stone Age.
新的动力机械和人工肥料现在已经完全改变了从石器时代开始的一种生活方式。
In a remarkable story of survival, this Hungarian stork was given a new lease on life after being fitted with an artificial prosthetic beak.
在一个关于生存的不同寻常的故事中，这只匈牙利鹳装上人工喙后，就重获新生。
On the face of it, then, artificial life looks like a wonderful thing. Yet that is not how many will view the announcement.
于是，虽然人造生命表面上看是个美好的事物，但这事情并非属于那类“有多少”、“是好坏”看公告就将能知道的。
Wolfram's work led to a wide range of applications—and provided the main scientific foundations for such initiatives as complexity theory and artificial life.
这些研究被运用到广泛的领域,给理论复杂性和人工生命这些举措提供了主要科学依据。
He is stripping out a bacterium, and then refilling it with a synthesised genome to create what he considers to be artificial life.
为了创造一个他所认为的人造生命，他剥离出一个细菌，然后给它注入一组合成基因。
On the face of it, then, artificial life looks like a wonderful thing.
从表面上看，人造生命似乎是一个杰作。
It may come as a shock, then, that mere mortals have now made artificial life.
这也许会让人们为之震惊，然而，人类现在确实可以创造出生命。
Later artificial life researchers created programs to take advantage of the growing power of computers to model evolution in simple, abstract universes.
后来虚拟生活研究者们制定了一个项目，利用日益增长的计算机力量在一个简单又抽象的宇宙中来演变进化。
The financial system suffered cardiac arrest and had to be put on artificial life support.
金融体系心跳骤停，不得不进行人工急救。
Users with authorization to enter specialized secure Spaces (for example, artificial life LABS), may enter the Spaces.
具有进入专门保护空间(例如，人工智能实验室)授权的用户可以进入该空间。
Artificial life, the stuff of dreams and nightmares, has arrived.
人造生命，交织着梦想与梦魇，已降临人世。
Digital artificial life research is based on the original work of Stanislaw Ulam and John von Neumann at Los Alamos Laboratory during the 1940s.
数字合成生活研究是建立在Stanislaw Ulam(斯坦尼斯。乌拉姆)和JohnvonNeumann(约翰。冯。诺依曼)40年代在洛杉矶白杨实验室的初始工作基础上的。
Several dozen people gathered outside a military hospital near Paris where Palestinian leader Yasser Arafat was being kept alive by artificial life support systems.
几十名阿拉法特的支持者于11月4日晚聚集在巴黎贝尔西军医院门外，希望能听到有关阿拉法特病情的最新消息。
Uncertainty science is a new study emerging, and extensively related to artificial intelligence, artificial life and economics.
不确定性科学是一门新兴学科，它与人工智能、人工生命、经济学等科学有着广泛的联系。
I stopped by Pixar to see what kind of artificial life they were hatching.
我在皮克斯公司停留了一下，是为了看一看他们到底在孵育什么样的人工生命。
Particle swarm optimization (PSO) is a new stochastic optimization technique originating from artificial life and evolutionary computation.
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。
Artificial life algorithm is a new optimization technology, with the original idea coming from Darwin's evolutionism.
人工生命算法是一种新兴的优化技术，其思想来源于达尔文进化论。
The Science and technology basic of biomedicine engineering artificial life include biomedicine engineering and tissue engineering and so on.
生物工程人工生命的科学技术基础包括材料技术型生物医学工程和组织工程等。
Artificial life science explores the characteristics of living organisms.
人工生命科学就是研究生物机体的特征。
By an evolutionary artificial life experiment, the connection between the edge of chaos behaviors and the individual adaptability is illustrated.
通过一个进化的人工生命实验，证明了混沌边缘的决策与个体适应性之间的关系。
After all, computer viruses are forms of artificial life.
毕竟，计算机病毒是人造形式的生命。
The basic principle of artificial life algorithm, improve the measure and the prospect of research in the future are presented.
介绍了人工生命算法的基本原理，改进措施，研究现状，以及对未来研究的展望。
Based on the swarm intelligence, Particle swarm optimization (PSO) algorithm is a kind of modern optimization method inspired by the research of the artificial life.
粒子群算法是基于群集智能、受到人工生命研究结果的启发而提出的一种现代优化方法。
The method of the comparison and statistical analysis are used to find the different applications of information theory among the communication system, natural life and artificial life.
采用类比和统计分析的方法，分析了信息理论应用在通信系统、自然生命系统和人工生命系统中的相似和不同点。
The method of the comparison and statistical analysis are used to find the different applications of information theory among the communication system, natural life and artificial life.
采用类比和统计分析的方法，分析了信息理论应用在通信系统、自然生命系统和人工生命系统中的相似和不同点。
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