Numerous neural circuits come into play when it comes to generating speech.

在产生话语时，许多神经回路都发挥了作用。

Each layer may have many neurons, but this is a small neural circuit.

每一层可能有许多神经元，但这是一个小的神经回路。

You activate particular neural circuits associated with habits every time you repeat them.

每当你重复习惯时，你就会激活与之相关的特定神经回路。

By applying the evolved neural circuits, the researchers construct spiking neural networks for image classification and reinforcement learning tasks.

通过应用进化的神经环路，研究人员构建了用于图像分类和强化学习任务的脉冲神经网络。

Neuroplasticity is the ability of neuronal networks in the brain to change through the development and organization of neural circuits.

神经可塑性是大脑中神经元网络通过神经回路的发育和组织而发生变化的能力。

I have built a model of what I believe is the neural circuit that calculates how the dragonfly should turn.

我已经建立了一个我认为是计算蜻蜓应该如何转向的神经回路的模型。

There are neural circuits for task switching.

有用于任务切换的神经回路。

One is trying to map neural circuits in mammalian brains.

其中之一是试图绘制哺乳动物大脑中的神经回路图。

We have neural circuits that control deliberate action.

我们有控制有意行动的神经回路。

And all of a sudden those neural circuits get a boost.

突然之间，这些神经回路得到了增强。

Finding specific neural circuits that can elicit dramatic changes in animal behavior.

寻找可以引起动物行为显着变化的特定神经回路。

There are neural circuits for focus.

有集中注意力的神经回路。

This can change an animal's behavior, giving us insight into what that neural circuit can do.

这可以改变动物的行为，让我们深入了解神经回路可以做什么。

Then, exposure to songs shapes those neural circuits to produce the songs that are typical to that species.

然后， 接触歌曲会塑造这些神经回路，从而产生该物种特有的歌曲。

Now, studying a neurocomputational model of this complex process, researchers have found that stuttering stems from a glitch in the neural circuit that initiates speech.

现在，研究人员过研究这一复杂过程的神经计算模型，发现口吃源于开始说话的神经回路中的一个小故障。

That making a very specific change to neural circuits in the brain can have specific changes to behavior.

对大脑中的神经回路进行非常具体的改变可以对行为产生特定的改变。

Research from my laboratory suggests that we can begin to tie specific neural circuits to emotional states.

我实验室的研究表明，我们可以开始将特定的神经回路与情绪状态联系起来。

I can envision a future where neural circuit reprogramming represents a potential cure, not just a treatment.

我可以设想一个未来， 神经回路重编程代表着一种潜在的治愈方法，而不仅仅是一种治疗方法。

Different neural circuits in the brain are involved in the development of different cognitive functions, and the adaptive synergy of the circuits promotes human perception, learning, and decision-making.

大脑中不同的神经环路参与不同认知功能的发展，环路的适应性协同作用促进了人类的感知、学习和决策。

It is of value to explore the dynamic characteristics of biological neural circuits from a computational perspective and apply them to enhance the capabilities of artificial intelligence systems.

从计算的角度探索生物神经环路的动态特性并将其应用于增强人工智能系统的能力具有价值。