该文首先介绍了机器人足球系统的研究概况及遗传编程和层次学习的概念。
This paper firstly introduces robotic soccer system's research status, genetic programming and layered learning.
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。
Related topics include first principle based and genetic programming (GP) based modeling of refining process, predictive control, predictive inferential control, etc.
为解决该问题，提出了利用频域特征和遗传编程对齿轮箱盖多类状态振动信号进行特征提取的方法。
The power spectral density of gearbox vibration signals is estimated by the periodogram from which original feature sets are derived.
本论文主要是研究遗传编程（GP）在多传感器故障的数据融合诊断与恢复中的应用，即用一种全新的数据处理方法应用于多传感器信息融合领域。
This paper applies genetic programming (GP) to the multi sensor failure detection and recovery, which is a new technique applied in the area of the multi sensor data fusion. GP is based on GA.
对那些红族人遗传或大师遗传的人们，有如此多的记忆和编程是关于你是配不上你自己真相的。
For those with Red Nation or Grand Master inheritance there are so many memories and programming of not being worthy of your own truth.
利用最优化原理和物质平衡方程，结合遗传算法，编程求解出了水驱气藏地质储量。
Utilizing the optimal principle and the material balance equation, with the inheritance arithmetic, this paper has programmed to solve the geological reserves .
依据遗传算法编程，优化牺牲阳极的位置分布，并通过算例验证方法的可行性。
Writing program to optimize sacrificial anodes distribution according to Genetic Algorithms and validating the feasibility of this method by example.
供体细胞核移入去核的卵母细胞后，必定要经过表观遗传修饰的重编程过程，回到胚胎开始发育的全能状态。
The donor nucleus must experienced the epigenetic modification of the process reprogramming and went back to the initial state after the donor cell was injected into the oocytes.
详细阐述了混合遗传算法的设计、实现方法，给出了采用MATLAB编程的程序框图。
The paper expatiate on the design and realizing of the hybrid algorithm, and present the flow chart of the program programmed with MATLAB.
文中着重阐述了遗传算法理论基础、运算过程及其基本实现技术，并通过在MATLAB6.5.1环境下对遗传算法进行编程，实现了光学薄膜遗传算法优化设计的功能。
The paper had mainly described the theoretical principle, arithmetic process and implementation of GA. Besides, GA had been programmed in the MATLAB6.5.1 for optimal design of optical thin film.
胚胎(胎儿)发育是遗传信息和环境因素相互作用的编程过程。
The development of embryo and fetus is a programmed process by which one's genotype interacts with the environment to produce its phenotype.
本文主要从转录因子、表观遗传和信号转导等角度，介绍了细胞重编程分子机制研究方面的进展和未来的方向。
In the present paper we review the role and molecular mechanism of transcription factors, epigenetic regulation and cell signaling in cell reprogramming.
异常的表观遗传重编程是克隆胚胎发育失败的一个重要因素。
One critical factor of these developmental failures of cloned embryos is the aberrant epigenetic reprogramming.
我们将研究在体细胞重编程过程中的转录调控和表观遗传调控机制。
We are eager to explore the underlying transcriptional and epigenetic mechanisms of somatic cell reprogramming.
通过回顾重编程的研究进展来探讨表观遗传学在重编程中的调控机制。
Here we reviewed the research process in reprogramming to explore how epigenetic works in the reprogramming.
通过回顾重编程的研究进展来探讨表观遗传学在重编程中的调控机制。
Here we reviewed the research process in reprogramming to explore how epigenetic works in the reprogramming.
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