遗传编程的英文

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"遗传编程"怎么读用"遗传编程"造句

英文翻译手机版

genetic programming

"遗传"英文翻译 heredity; hereditary; inheri ...
"电传编号" 英文翻译 : txno (telex number)
"编程" 英文翻译 : c programming; coding; computer programming; java programming; to program
"遗传" 英文翻译 : [生物学] heredity; hereditary; inheritance; inherit 交叉遗传 crisscross inheritance; 神经病遗传 neuropathic heredity; 遗传下来 hand down by heredity; 有些病是遗传的结果。 some diseases are present by heredity. 这种病遗传吗? is this disease hereditary?; 遗传变异 hereditary variation; 遗传病 hereditary disease; genopathy; syntrophus; heredopathia; 遗传工程(学) genetic engineering; 遗传密码 genetic code; 遗传免疫 inherent immunity; inherited immunity; 遗传生态学 genecology; 遗传特征 hereditary feature; heredity; 遗传信息 genetic information; genetic code; 遗传因子 gene; gen; determiner; genetic factor
"编程机" 英文翻译 : programming machine
"编程科" 英文翻译 : programming section
"编程器" 英文翻译 : prgmr programmer; programming device
"编程师" 英文翻译 : programmer
"编程序" 英文翻译 : programming; programing
"编程者" 英文翻译 : programmer
"超编程" 英文翻译 : metaprogramming
"宏编程" 英文翻译 : macro programming; macroprogramming; macroprogrmming
"可编程" 英文翻译 : plc; programmable; psc
"元编程" 英文翻译 : metaprogramming
"再编程" 英文翻译 : reprogramming
"自编程" 英文翻译 : self-programming; self-reducing techeometer
"遗传，遗传性" 英文翻译 : heredity
"遗传的遗传" 英文翻译 : genetic inheritance
"遗传率，遗传力" 英文翻译 : heritability
"编程设备, 编程器" 英文翻译 : programming unit
"副遗传" 英文翻译 : paraheredity
"假遗传" 英文翻译 : paraheredity
"拟遗传" 英文翻译 : paragenetic; pseudoheredity
"龋遗传" 英文翻译 : caries heredity
"使遗传" 英文翻译 : propagate

例句与用法

The following aspects are principally studied in the thesis : the information of several respects on genetic programming is learned in depth relatively and broadly
本文的研究主要集中在以下几个方面：比较深入而广泛地学习了关于遗传编程的各方面的知识。
Evolutionary computation including genetic algorithms , evolutionary progranuning , evolution strategies and genetic programming , is a class of stochastic search algorithms
进化算法是借鉴生物自然选择和遗传机制而产生的随机搜索算法，主要包括遗传算法、进化规划、进化策略、遗传编程。
Based on the darwinian principle of survival of the fittest , genetic programming uses mutation and replication to produce algorithms for creating ever - improving computer programs
遗传编程建立在达尔文最适者生存的自然选择法则的基础之上，利用变异和复制来生成算法，该算法可创建不断改进的计算机程序。
In view to that , with the aid of a newly developed evolutionary computation technology , namely , genetic programming , it is significative to study the identification of certain nonmonotonic nonlinear systems based on genetic programming
针对上述情况，借助于新兴的进化计算遗传编程方法，研究基于遗传编程技术的对某类非单调、非线性系统的辨识方法具有十分重要的意义。
With this understanding , generalization is made . first , the basic theory of genetic programming is illuminated here and its attributes are summarized . second , certain phenomena in the run of gp system and the correlative theories are described
本文首先阐述遗传编程的原理，概括了该方法的特点；并描述了系统运行中出现的一些现象和理论,随后对该技术领域的发展方向进行了介绍。
A method based on gene expression programming ( gep ) for identifying the nonlinear system model is presented , which makes up the insufficiency that traditional identification methods need much a priori information , and has a tidier and more efficient system model expression mode than genetic programming ( gp )
摘要给出了利用基因表达编程( gep )进行非线性系统辨识的方法，弥补了传统辨识方法需要过多预知信息的不足，有着比遗传编程( gp )更简洁有效的系统模型结构表达方式。
Related topics include first principle based and genetic programming ( gp ) based modeling of refining process , predictive control , predictive inferential control , etc . main contents in the dissertation include : 1 . based on the analyses of current status in the research of modeling and control of pulp refining process , some opening problems for developing its computer control system are pointed out
研究领域包括打浆过程的机理建模、基于遗传编程的打浆过程建模、预测控制、预测推断控制等。本文主要研究内容： 1在系统综述了打浆过程机理模型和打浆过程实时控制研究现状的基础上，指出了开发打浆过程计算机控制系统所需解决的几个主要问题。