课堂教学中渗透元学习能力培养因素策略；
Strategy of developing students' meta-learning ability in class.
元学习是学习心理学领域的一个崭新的研究课题。
Metalearning is a new subject in the field of education psychology.
探索高中生化学元学习策略训练对化学元学习能力的影响。
This paper introduces the investigation of the effect of chemistry mata-learning strategy training on chemistry mata-learning ability.
探索高中生化学元学习策略训练对化学元学习能力的影响。
Training about motor skill study strategy toward students of physical education department;
元学习能力是一种综合能力，自我监控能力是其中突出的因素。
Meta-learning ability is a comprehensive ability and self-moni to ring ability is the prominent element of it.
本文给出了利用自适应神经元学习、修改模糊控制规则的新方法。
This paper proposes a new method to learn fuzzy control rules using adaptive neural element.
通过扩展特征向量，元学习增强了对假设空间的表达能力，降低了系统的偏差。
The classification results of basis classifiers were added to original feature vector to obtain the meta-level data, which enhanced the search ability in hypothesis space and decreased system bias.
主体在认知协作过程中的认知进化可以通过主体的元学习和主体间的群学习实现。
Cognitive process in teamwork can be identified as constituting of meta-learning and group-learning.
通过研究神经元学习算法，提高神经元的学习效率，并且提出一种新的神经元模型。
The efficiency of artificial neuron is promoted and a new model of artificial is created by studying the learning algorithm.
仿真结果表明，改进的方法对于加速神经元学习过程，提高控制器性能，具有较为显著的作用。
Simulation results show the improved method has a fine effect on speeding up neuron learning process and improving the control performance.
大学生的元学习能力可以通过目标学习法等训练获得，相应地教学管理则应当通过目标管理法等与之配合。
College students may acquire an effective fundamental learning ability by the method of target learning while the management of teaching should be implemented through target management.
本文通过对神经元学习规则的探讨，提出了一种基于引导因子的神经元改进学习规则，并将其用于实际控制系统中。
According to the learning and control ways of Neuron, this paper presents a modified method, which is based on the guiding factor, for the learning rule of neural controller.
神经元是构成神经网络的基本单元，在神经元控制器中，突触权因子（加权因子）的学习过程与神经元学习规律有着密切的关系。
Neuron is the basic unit of Neural Network. In the Neural Controller, the learning process of synaptic weights has a close relation with the learning rules.
学习而不是看电视将帮助你获得更好的考试成绩，而节省五元钱而非买一个冰激凌意味着你可以买一本新书。
Studying instead of watching TV will help you to get better exam results, while saving five yuan instead of buying an ice cream means you can buy a new book.
李学习如何做饭，过着一个月仅24元补贴的生活。
Li learned to cook and managed to live a life with an allowance of only 24 yuan per month.
当脑细胞开始死亡时，首当其冲凋亡的就是那些参与学习以及记忆的神经元。
Among the first ones to go when brain cells start dying are those involved in learning and memory.
最近的一项研究发现，如果我们不睡觉，在神经元突触上蛋白质会有所增加，使它难于去思考问题和学习新事物。
When we don't sleep, a recent study found, proteins build up on synapses, possibly making it hard to think and learn new things.
在本文中，我将介绍这个领域以及学习与教育知识管理的重大进展，重点放在学习对象的元数据上。
In this article, I shall introduce the field and the significant developments in knowledge management for learning and instruction, focusing on metadata for learning objects.
可能的推断是，我们的记忆、个性和行为并非来自天生的基因构成，而是来自这些微小的神经元细胞中所存储的，我们平时学习到的信息。
The reason this can happen is that our memories, personalities and behaviour are not innate parts of our genetic make-up but learned information, stored up in those little nerve cells.
从细胞学观点看，学习发生在神经元之间的连接增强的时候。
From a cellular perspective, learning takes place when the connections between nerve cells are strengthened.
恩纳德发现在基底神经节和周围与学习有关的区域中，人类FOXP2基因导致有些神经元生长出比普通老鼠更长的突触。
Enard found that in the basal ganglia and connected regions involved in learning, the human version of FOXP2 caused some neurons to develop longer branches than those found in normal mice.
大脑吸收信息，形成新的记忆，以及学习新的技巧的能力都依赖于神经元细胞的遗传机制。
The ability of the brain to absorb information, form new memories and learn new skills is all dependent on genetic mechanisms in nerve cells.
在大脑的一些局部区域，的确存在着神经元的不断更替——老的神经元细胞凋亡和新生神经元再生——并且这些新生神经元会参与学习环节。
Indeed, in some brain areas, there is continual turnover of neurons - old ones die and new ones are born - and these new neurons can participate in circuits that underlie learning.
GABA含量高时，神经元无法形成新的连结，同时大脑的学习能力也会降低；而含量低时，神经细胞可自由形成新的连结。
High levels of GABA can prevent neurons forming new connections - and slow down the brain's ability to learn - while low levels free nerve cells to create new brain circuitry.
将实验动物饲养在装满有趣玩具的笼子里或者给予它们一些学习任务，这样都可以促进新生神经元的存活。
In animals, placing them in cages full of interesting toys or giving them learning tasks promotes the survival of these newborn cells.
元技能是指那些需要学习怎样学习的技能。
一个新的啮齿动物研究表明，新生神经元使海马体中脑细胞已有的连结变得不稳定，而海马体是大脑中关于学习和记忆的部分。
A new rodent study shows that newborn neurons destabilize established connections among existing brain cells in the hippocampus, a part of the brain involved in learning and memory.
围绕着如何将xml内容格式和基于XML的元数据系统用于支持学习和教育技术，已经出现了一个实践的温床。
A hotbed of activity has emerged around how XML content formats and XML-based metadata systems can support learning and instructional technology.
在睡眠良好的果蝇大脑内BRP的含量水平和其他四种神经元蛋白质降到了比正常值更低的水平。这表明睡眠能使让大脑“复位”这对大脑发育和继续学习都有着重大的作用。
In well-rested flies, levels of BRP and four other synaptic proteins drop back to low levels, providing evidence that sleep resets the brain to allow more growth and learning the next day.
在睡眠良好的果蝇大脑内BRP的含量水平和其他四种神经元蛋白质降到了比正常值更低的水平。这表明睡眠能使让大脑“复位”这对大脑发育和继续学习都有着重大的作用。
In well-rested flies, levels of BRP and four other synaptic proteins drop back to low levels, providing evidence that sleep resets the brain to allow more growth and learning the next day.
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