Then you have a decoder, which roughly speaking is the encoder in reverse.

然后你有一个解码器，它大致上是编码器的反向操作。

We will feed this data through our decoder and try to predict the story that he's currently listening to.

我们会把这些数据输入解码器然后试着预测他正在听的故事。

And to invent a decoder book? Sheer genius.

编出一本破译的书 聪明至极啊。

The researchers tested the decoders in two other scenarios.

研究人员在另外两种场景中测试了解码器。

What's more, a person had to cooperate for the decoder to identify ideas.

更重要的是，解码器必须与人合作才能识别想法。

A decoder ranked the likelihood of words appearing after the previous word.

解码器对出现在前一个单词之后的单词的可能性进行排名。

Here we have the arrays of 3D memory cells, the row decoder and the page buffer at the bottom.

这里，我们有 3D 存储单元阵列、行解码器和底部的页缓冲器。

In both cases, the decoders could roughly re-create stories from people's brains.

在这两种情况下，解码器都可以粗略地重新创建人们大脑中的故事。

And to give others this night call decoder ring, Bill created a central repository for all things nocturnal flight calls.

为了给其他人提供夜间呼叫解码器铃声，比尔创建了一个中央存储库，用于存储夜间飞行呼叫的所有信息。

If a person wasn't paying attention to an audio story, the decoder couldn't pick that story up from brain signals.

如果一个人没有注意音频故事，解码器就无法从大脑信号中提取出该故事。