If we believe it's a finite resource, we act that way, we feel exhausted and need breaks between demanding mental tasks.
如果我们认为这种资源有限，我们就会根据这种想法而行动，我们会感到疲惫，且需要在繁重的脑力劳动之间休息。
This means that it took them longer to accomplish mental tasks than it used to.
这意味着他们完成智力活动所需的时间比过去长。
Experts say people are best at many mental tasks, such as recalling names and quickly processing new information, in their 20s.
专家们说，人的脑力在二十几岁的时候最好，例如记忆姓名和迅速处理新信息的能力。
Understanding social cues, creating works of art and spawning inventions are all crucial mental tasks that bear little relationship to how well a person can fill in a printed test form.
许多重要的心智活动，像理解一些社交上的暗示、创造艺术品、孕育新发明，其实都和填写考卷的能力没什么关系。
The quantification of event-related EEG is important in identifying mental tasks and study brain thinking mechanism.
事件相关脑电的量化表征对于研究意识任务识别和认识大脑思维机制具有重要意义。
A neuron population model based on thalamocortical network was used to study the brain connectivity with certain mental tasks.
利用基于丘脑-皮层网络的神经元群模型，研究被试者在某种认知状态下脑功能区的连接状态。
A control method of the prosthetic hand based on the electroencephalogram (EEG) of several designated mental tasks was proposed.
提出了一种基于特定几种心理作业的脑电信号控制假手的方法。
One of the most remarkable capabilities of the human is that of performing a wide variety of physical and mental tasks by using perceptions or natural language.
通过操作感知信息或者自然语言来完成各种物理世界和精神世界的任务是人具有的非凡能力之一。
Objective To investigate some methods on extraction and classification of electroencephalography (EEG) signals during mental tasks for designing brain computer interfaces (BCI).
目的在基于思维作业的脑-机接口中，探讨如何提取脑电信号特征并对其进行准确有效地分类。
Objective To investigate the changes of non-linear dynamics properties of EEG under different mental tasks, and the application of non-linear dynamic analysis for cognitive function research.
目的探讨在不同认知作业状态下脑电非线性动力学特性的变化规律，以及脑电非线性动态分析在认知过程研究中的作用。
Objective To investigate the changes of non-linear dynamics properties of EEG under different mental tasks, and the application of non-linear dynamic analysis for cognitive function research.
目的探讨在不同认知作业状态下脑电非线性动力学特性的变化规律，以及脑电非线性动态分析在认知过程研究中的作用。
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