We talked about video buffers for storing pixel data in Episode 23.

我们在第 23 集中讨论了用于存储像素数据的视频缓冲区。

As before, computers reserve a special region of memory for pixel data, called the frame buffer.

和以前一样，计算机为像素数据保留了一个特殊的内存区域，称为帧缓冲区。

Just like the other graphics schemes we've discussed, programs can manipulate pixel data in the framebuffer, creating interactive graphics.

就像我们讨论过的其他图形方案一样，程序可以操作帧缓冲区中的像素数据，创建交互式图形。

In fact, if we pass a neuron 2D pixel data, rather than a one-dimensional list of inputs, it's exactly like a convolution.

事实上，如果我们传递一个神经元 2D 像素数据，而不是一个一维的输入列表，它就像一个卷积。

However, encoding frames as translations and rotations of patches from previous frames can go horribly wrong when you compress too heavily, and there isn't enough space to update pixel data inside of the patches.

然而，当压缩过大时，将帧编码为来自先前帧的补丁的平移和旋转可能会出现可怕的错误，并且没有足够的空间来更新补丁内的像素数据。