AIM: To explore the direction characteristics of "critical sensitivity" phenomena in neural firing pacemaker.
目的：揭示神经放电起步点“临界敏感”现象的方向性特征。
Neurons can encode information using both the frequency of discharge sequences and the neural firing patterns.
神经元进行信息编码既可以利用放电序列的频率，也可以利用其时间节律模式。
Beyond controlling neural firing in the brain, scientists have recently found that by inserting another gene cells will glow green when they fire.
除了控制大脑的神经活动外，最近科学家们发现如果注入另一种基因，这些细胞在活跃时会发出绿光。
The results above provide the basis for us to understanding neural firing rhythms transformational regulation, and are helpful to cognize neural coding and its mechanism.
上述结果为我们理解神经放电节律的转换规律提供了基础，有助于我们进一步认识神经信息编码及其机制。
The subjective and phenomenal predicate is sharp and the neural predicate firing along the fibers are obviously not synonymous thus the desired fundamental assumption of identity is not fulfilled.
对现象的主观推测是“尖锐“,但神经元的活动,明显不能与其归为同一类,所以这个基本的推断,没有的到支持。
The results of experimental research have shown that the fuzzy neural networks can be successfully employed in the vibration fault detection in the firing tests of a turbo pump liquid rocket engine.
实验研究结果表明：模糊神经网络可以成功地用于泵压式液体火箭发动机热试车的振动故障检测。
If signals can travel extensively through astrocyte circuits, then glia at one site could activate distant glia to coordinate the firing of neural networks across regions of the brain.
如果讯号可以全面传送到整个星状细胞线路，那么在某一处的神经胶细胞，就可以活化远处的神经胶细胞，进而协调不同脑区中神经网路的活动了。
The neural network ensembles based on lateral inhibition of cortical columns are built to simulate the neuron firing phenomenon in cortical columns and to be used for position tracking.
建立了一种基于皮层柱侧抑制机制的神经网络群，模拟大脑皮层柱的神经元点火现象，并利用该神经网络群进行位置跟踪。
The neural network ensembles based on lateral inhibition of cortical columns are built to simulate the neuron firing phenomenon in cortical columns and to be used for position tracking.
建立了一种基于皮层柱侧抑制机制的神经网络群，模拟大脑皮层柱的神经元点火现象，并利用该神经网络群进行位置跟踪。
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