octets

简明释义

英[ɒkˈtɛts]美[ɑkˈtɛts]

n. 八位字节；八位位组（octet 的复数形式）

英英释义

单词用法

同义词

反义词

例句

1.For network code, the consensus solution has been to represent everything as octets (eight-bit values), and just send defined streams of them.

对于网络代码来说，公认的解决方案是将数据都以八位字节(8位值)来表示，从而只发送定义好的数据流。

2.Following is a list of printable characters from the US-ASCII coded character set, specifically the octets ranging from 32 to 126 (decimal), that the functions will percent-encode.

下面是US - ASCII编码字符集中这些函数将采用百分号编码的的可打印字符列表，码值为32到126(十进制)。

3.This function, as mentioned in SQL standard, returns the length of the input string in octets or bytes.

如SQL标准中所述，此函数返回输入字符串的八位字节长度或字节长度。

4.Yes. Definitely, because both of these are not anywhere near filling up their octets yet.

应该，肯定的，因为它们两个都还没有,填满它们的“八隅体

5.Also have a look at Figure 15, which shows another LDAP syntax called octet string, which represents a string of octets.

还请看图15，它显示了另一个ldap语法，叫做OctetString，它代表8进制字符串。

6.And if we go on to step three where we figure out how many we would need for full octets, it's just going to be 2 times 8, so we have 16.

而如果我们继续到第三步,判断一下填满所有“八隅体“需要多少个价电子，结果应该就是二乘以八，也就是十六个。

7.The data packet was divided into multiple octets to ensure efficient transmission.

数据包被分成多个八位组以确保高效传输。

8.Each octet in the IP address represents a number between 0 and 255.

IP地址中的每个八位组表示一个介于0到255之间的数字。

9.In networking, an octet is often used to describe a byte of data.

在网络中，八位组通常用于描述一字节的数据。

10.The protocol uses a series of octets to encode the message being sent.

该协议使用一系列八位组来编码正在发送的消息。

11.To calculate the total size, we need to count the number of octets in the file.

要计算总大小，我们需要计算文件中的八位组数量。

作文

In the world of computer networking and data transmission, understanding how data is organized and transmitted is crucial. One fundamental concept in this domain is the term octets, which refers to a group of eight bits. This unit of measurement plays a significant role in various aspects of computing, particularly in the context of networking protocols and data storage. To fully appreciate the importance of octets, it is essential to explore their applications and implications in modern technology. Firstly, octets are commonly used in the context of Internet Protocol (IP) addresses. An IP address is a unique identifier for a device on a network, and it consists of four numbers separated by periods. Each of these numbers is an octet, representing a value between 0 and 255. For instance, in the IP address 192.168.1.1, each of the four segments is an octet. This structure allows for a vast number of unique addresses, enabling millions of devices to connect to the Internet seamlessly. Moreover, octets are also crucial in the realm of data packet transmission. When data is sent over a network, it is broken down into smaller chunks known as packets. Each packet has a header that includes various pieces of information, including the source and destination IP addresses, both of which are expressed in octets. The efficient organization of data into octets ensures that packets can be transmitted quickly and accurately across the network. In addition to networking, octets are significant in data storage and file formats. Many file types, such as images and videos, are composed of binary data organized in octets. For example, when a digital image is saved, it is stored as a series of octets that represent different colors and pixel values. Understanding how these octets work allows developers and engineers to optimize file sizes and improve loading times for various applications. Furthermore, the concept of octets extends beyond just networking and data storage; it is also relevant in programming and software development. Many programming languages utilize octets to handle raw binary data. For instance, when reading or writing files, programmers often manipulate octets to ensure that data is processed correctly. This manipulation is crucial for tasks such as encryption, compression, and error detection, where precise control over data representation is necessary. In conclusion, the term octets may seem technical at first glance, but its significance in the fields of computer networking, data transmission, storage, and programming cannot be overstated. By understanding how octets function and their role in various technologies, individuals can gain deeper insights into the workings of modern computing. As we continue to advance in the digital age, grasping the concept of octets will undoubtedly prove beneficial for anyone involved in technology-related fields.

在计算机网络和数据传输的世界中，理解数据是如何组织和传输的至关重要。一个基本概念是术语octets，它指的是一组八位二进制数。这个测量单位在计算的各个方面都起着重要作用，特别是在网络协议和数据存储的上下文中。要充分欣赏octets的重要性，必须探讨它们在现代技术中的应用和影响。 首先，octets通常用于互联网协议（IP）地址的上下文中。IP地址是网络上设备的唯一标识符，由四个数字组成，数字之间用句点分隔。每个数字都是一个octet，表示一个介于0到255之间的值。例如，在IP地址192.168.1.1中，四个部分中的每一个都是一个octet。这种结构允许大量独特地址的存在，使得数百万设备能够无缝连接到互联网。 此外，octets在数据包传输领域也至关重要。当数据通过网络发送时，它会被拆分成称为数据包的较小块。每个数据包都有一个头部，其中包含多种信息，包括源IP地址和目标IP地址，这两者都是以octets表示的。将数据有效组织为octets确保了数据包可以快速而准确地在网络中传输。 除了网络，octets在数据存储和文件格式中也很重要。许多文件类型，例如图像和视频，都是由以octets组织的二进制数据组成的。例如，当数字图像被保存时，它以一系列octets的形式存储，这些octets代表不同的颜色和像素值。理解这些octets是如何工作的，使开发人员和工程师能够优化文件大小并改善各种应用程序的加载时间。 此外，octets的概念不仅限于网络和数据存储；它在编程和软件开发中也相关。许多编程语言利用octets来处理原始二进制数据。例如，在读取或写入文件时，程序员通常会操作octets以确保数据被正确处理。这种操作对于加密、压缩和错误检测等任务至关重要，在这些任务中，对数据表示的精确控制是必要的。 总之，术语octets乍看之下可能显得技术性，但其在计算机网络、数据传输、存储和编程领域的重要性不容低估。通过理解octets的功能及其在各种技术中的作用，个人可以更深入地了解现代计算的运作。随着我们在数字时代的不断进步，掌握octets的概念无疑将对任何从事技术相关领域的人有益。