您好，在这段视频中，我们将绝对节拍，通过解决波尔图西蒙斯宫殿的明显区域以及七个、八个、七个、两百三百零四个地下通道的明显区域，这些对于输入。
Hello, in this video, we are going to an absolute beat and by addressing OK for the apparent area in Simmons' palaces in Porto and in seven, eight, seven, two hundred and three hundred and four underpasses, these are really similar for the input.

这是。
It is.

符号I。
A symbol I.

OK，这就是输入符号，输出符号就是。
OK, this is the input symbol and output symbol is.

好的，对于节拍存储器，我们将使用 M，就像 M 零点零一样。
OK, and for the beat memory we will use M like M zero point zero.

好的，对于数据来说，这意味着数据寄存器。
OK, and for the data, that means data registers.

我们将使用 D 和 DB，但在这里我们将看到输入 4 显示一位，我们将仅使用输入零点零。
We will use D and DB, but in here we will see for the input four to show one bit we will just use input zero point zero.

好的，对于字节，我们将再次使用字节和字输入，例如输入由输入字输入和输出也为零点零和 Q 输出为零，例如输出字一，或例如输出 W 字二。
OK, and for the byte again we will use as byte and word input, word input by an input and as output also zero point zero and Q output by zero for example, and output word one for example, or output W word two for example.

对于位存储器，您将看到 M 零点零或 Ambika 零或反转零或 M W 为零。
And for the bit memories you will see M zero point zero or Ambika zero or invert zero or M W were zero.

好的。
OK.

对于我们将使用的数据，例如零点零。
And for the data we will use, for example, the zero point zero.

但在这里这是不正确的。
But in here this is not correct.

零点零是不正确的，因为例如字节，例如DB，我们会说DB零。
The zero point zero is not correct because as byte for example, DB, for example, we will say DB zero.

好的，对于 DB 零点零和 by DB 零或 to 以及这个词，我的意思只是我们将要使用的一个词，我们怎么能说反转呢。
OK, and for the DB zero point zero and for the by DB zero or to and the word I mean just a word we are going to use, how can we say invert.

好的，这就是我们将多次使用的四位内存零或字节零的例子。
OK, this is for example, the four bit memory we will use a lot of times m m zero or and byte zero.

好的，或者 M 为零。
OK, or M the zero.

这是存储器数据字或数据寄存器。
This is the memory data words or data registers.

好的，这是十六位数据寄存器，乘以八位或 m 零是三十二位数据寄存器。
OK, this is the sixteen bit and by eight bit or m the zero is thirty two bit data register.

我们怎么能在这里看到它们呢？
And how can we see them all in here.

您将看到位数和字节数以及说明。
You will see the bit number and the byte number and explanations.

例如，这是 M × 24 OK。
For example this is M by twenty four OK.

这是二十五岁、二十六岁、二十七岁的 M。
And this is M by twenty five and by twenty six and and by twenty seven.

如果我们把 M 乘以二十四和二十五，它就会颠倒二十四，以二十六结尾，以二十七结尾。
And if we put together M by twenty four and twenty five it goes to invert twenty four and end by twenty six and end by twenty seven.

如果我们把这个数设为 8，则总共是 16 位，它等于 26 位。
If we put this to eight be totally sixteen bit and it equals ever twenty six.

好的，第二十四号加上反转丹佛。
OK and number twenty four plus invert Denver.

二十六等于M重复或M二十四。
Twenty six equals to M duplicate or M the twenty four.

好的，但是如果你看这里，这对于真正重要的、同样的反应来说也非常重要。
OK, but if you look to here, this is also really important for the really important, for the same responses.

我们需要有效地理解它，因为您可以说您可以编写任何数据来记住二四，并且它可能会损坏 M 字二十五内的数据。
We need to understand it effectively because you can say you can write any data to remember two four and it can corrupt data inside of the M word twenty five.

怎么会出现这样的情况。
How can it happen like this.

好的，你可以看到了。
OK, and you can see the.

公共汽车的设计，你可以看到文字的设计，在这里也可以看到二十五和二十六，如果你把这两个放在一起，它就会变成二十五。
The design of the bus and you can see the design of the words and in here also and by twenty five and by twenty six it if you put these two together and it goes to twenty five.

这就是结构。
So this is the structure.

我想在这里使用橡皮擦。
I want to use eraser in here.

好的，这是这里非常重要的一点。
OK, and this is a really important point in here.

你需要拍张照片或者你可以在这里做一些笔记，因为当我们将数据写入任何M（我的意思是M或M个单词）时，这对我们来说非常重要，它会影响另一个或m个呃，这怎么可能你可以看到西蒙斯的咬合结构，ok m乘二十四和二十五等于M字24和M 26，在这里它变成16和20，对不起，26和27。
You need to take a picture or you can take some notes in here because this is really important for us when we write a data to any M the I mean M or M words and it can affect to another the or m uh, how it's possible you can see the bite structure of the simmons' ok m by twenty four and twenty five equals the M word 24 and M 26 in here it goes to 16 and 20 I'm sorry, 26 and 27.

但如果你看倒过来，二十五和二十六，如果你把这两个加在一起，就等于二十五。
But if you look invert and by twenty five and by twenty six, if you put these two together it equals to twenty five.

这是西蒙斯政策和价值观中绝对正确且值得解决的问题。
This is the absolute right and worth addressing in Symmons policies and values.

这对于输入 I、输出、存储器 M 和数据寄存器来说非常重要。
This is really important again for the inputs I, for the output to, for the memories M and for the data registers.

我们重视辩论，但一般来说你可以说 Emmott's、Ambitious 和 MWF，所以我们会看到它们，因为我们将使用内存始终为空或 m b 或 m w。
We values the debate but generally you can say Emmott's and Ambitious and MWF, so we will see them all because we will use the memory is always empty or m b or m w.

这真的很重要。
This is really important.

另外，您还可以看到其中一些字母的解释。
And also C you can see the explanations of the some of these letters.

Z是数据块号。
Z is data block number.

为什么地址和X更好。
Why is address and X is better.

没关系，这就是我试图向您解释的内容，以了解输入、输出和记忆，数据是我们如何使用国际刑警组织或某人的政策，以及我们如何使用 M 级别、逆和吸收作为结构。
This is OK, this is what I'm trying to explain to you to understand input and output and memories and the data is how we are using Interpol or someone policies and how can we use M levels and inverse and imbibes as structural.

结构性的。
Structural.

嗯，定义在这里。
Um, the definitions are here.

好的，您可以看到它们全部。
OK, you can see them all.

我，这个视频我已经看完了。
I, I'm finished for this video.

下一个视频见。
See you in the next video.