1) mental arithmetic
心算
1.
The BEAM study of Alzheimer s disease patients during mental arithmetic;
心算状态下Alzheimer病人的脑电地形图研究
2.
The Effects of Relaxation Training on Galvanic Skin Response, Heart Rate and Heart Rate Variability of Depression Patients under Mental Arithmetic;
放松训练对抑郁症患者心算的皮电、心率及心率变异性的影响
3.
In recent 20 years, researchers have began to learn that mental arithmetic is influenced by mathematics anxiety.
近20年来,研究者逐渐注意到心算加工会受到数学焦虑的影响。
2) mental calculation
心算
1.
Functional magnetic resonance imaging (fMRI) was used to investigate the effects of aging and task difficulty on brain activation engaged in mental calculation.
应用功能磁共振成像技术研究不同心算难度下脑区的活动以及年龄的影响。
2.
Mental calculation is complex cognitive procedure, which including three processing stages: Convert the stimulus into the appropriate internal codes, retrieve or calculate the answer, and produce the answer, i.
心算是一种复杂的认知加工过程,是大脑多个脑区共同参与的一项高级认知加工活动。
3.
To understand the impact of mental calculation on the brain and the important apartment of the brain that generated mental calculation by the different responses,to provide the basic trial basis and theoretical basis.
为正确了解心算对人脑的影响,对心算前闭眼放松、闭眼心算和心算后闭眼放松三种状态下获取的脑电图数据进行了因子分析。
3) Mental abacus calculation
珠心算
1.
To explore the influence of mental abacus calculation training on children s early perception of additive mental calculation,32 children were investigated through two-digit additive mental calculation by event-related potentials(ERPs) technology.
采用事件相关电位(ERP)的方法,对32名儿童进行了双位数加法心算实验,探讨了珠心算训练方式对儿童加法心算加工早期感知觉的影响。
2.
Conclusion Mental abacus calculation can enhance the information processing in some brain areas, and improve the utilization efficiency of neural resources.
目的观察经过珠心算训练后的儿童计算时脑功能区激活的特点,研究珠心算训练对儿童心算的影响。
4) Mental calculation effect
心算效率
5) Centroid algorithm
质心算法
1.
The results of simulation achieved by C++ demonstrate show that the weight centroid algorithm has a better accuracy.
为进一步提高精度,采用了求质心和加权质心的方法,并用C++实现仿真比较,仿真结果表明:加权质心算法具有较高的精度,整个定位过程中节点间无需额外的通信开销,具有广泛的实用性。
2.
Based on the application of wireless sensor network,this paper put forward a novel method of a self-adaptive grade positioning algorithms which adopt an idea of event-driven and combine the method of centroid algorithm and Dv-Hop algorithm.
本文基于应用,采用事件触发机制,融合了两种已有的无线传感器网络节点自定位算法:质心算法和Dv-Hop算法,提出了一种自适应分级定位算法。
3.
The inference of anchors to unknown nodes and centroid algorithm are included.
该算法结合了anchors对未知节点的影响因子和质心算法。
6) greedy algorithm
贪心算法
1.
Behavior analysis of electricity trade using transportation problem and greedy algorithm;
应用运输问题和贪心算法的电力交易行为分析
2.
The Method of the Downlink of Science Satellite Based on Greedy Algorithm;
基于贪心算法的科学卫星下行传输规划
3.
Design of greedy algorithm about interest arbitrage;
套利问题的贪心算法设计
补充资料：心算
1.谓筹划，筹算。 2.口算。即只凭脑子而不用纸笔﹑算盘﹑计算机等进行运算。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条