encoded

简明释义

英[ɪnˈkoʊdɪd]美[ɪnˈkoʊdɪd]

v. 把……译成电码（或密码）；把……编码；将……译成外语（encode 的过去式和过去分词）

英英释义

单词用法

同义词

反义词

例句

1.These rules are usually encoded in a security policy.

这些规则通常编码在安全策略中。

2.However, in ants there is no cultural transmission — everything must be encoded in the genes — whereas in humans the opposite is true.

然而，在蚂蚁身上没有文化传承——一切都必须在基因中编码——而在人类身上恰恰相反。

3.The protein encoded by BRCA1 is involved in DNA repair.

被BRCA1基因编码的蛋白质与DNA修复有关。

4.However, these are all encoded.

然而，这些全部是编码的。

5.This prevents attacks that rely on double-encoded requests.

这样就可以防止那些依赖双重编码请求的攻击。

6.Listing 6 shows data encoded in a function call.

清单6显示了在函数调用中编码的数据。

7.The better able the person is to reconstruct the perspective from which the material was encoded, the more likely that recall will be successful.

一个人重构信息资料转化方式的能力越强，这种回忆过程就越有可能成功。

8.It has to be encoded in your mind through repetition.

要通过重复将其形成编码输入大脑。

9.The data was encoded to ensure its security during transmission.

数据被编码以确保在传输过程中的安全性。

10.She encoded the message using a secret cipher.

她使用秘密密码编码了这条信息。

11.The video file is encoded in a format that can be played on most devices.

视频文件以一种可在大多数设备上播放的格式编码。

12.To improve performance, the software encoded the images before uploading them.

为了提高性能，该软件在上传图像之前进行了编码。

13.The encoded string can be easily decoded by the recipient.

该编码字符串可以被接收者轻松解码。

作文

In the modern age of technology, information is constantly being shared and transferred across various platforms. One crucial aspect of this process is how data is encoded. To understand the significance of encoded information, we must first recognize what it means. When we say that data is encoded, we refer to the method of converting information into a particular format that can be easily stored, transmitted, or processed. This transformation is vital for ensuring that information remains secure and intact during its journey from one point to another. For instance, when you send a message through an instant messaging application, the text you type is encoded into a series of binary numbers that represent the characters in your message. This encoded format allows the message to be efficiently transmitted over the internet and then decoded back into readable text by the recipient's device. Without this process, communication would be much slower and less reliable. Moreover, encoding plays a significant role in data security. Sensitive information, such as passwords and personal identification numbers, is often encoded to protect it from unauthorized access. For example, when you create an account on a website, your password is encoded using hashing algorithms before it is stored in the database. This means that even if someone were to gain access to the database, they would only see the encoded version of your password, making it nearly impossible for them to retrieve the original text. Another important application of encoding is in multimedia files, such as images, audio, and video. These types of files are often encoded using specific formats to reduce their size and make them easier to share. For instance, a high-resolution image may be encoded into a JPEG format to decrease its file size while maintaining acceptable quality. Similarly, audio files are frequently encoded in MP3 format, which compresses the sound data without significantly compromising the listening experience. In the realm of computer programming, encoding is also essential. Programmers often need to encode data in different formats depending on the requirements of the application they are developing. For example, JSON (JavaScript Object Notation) is a popular data interchange format that allows programmers to encode complex data structures in a way that is easy to read and write for both humans and machines. As we continue to advance in technology, the methods and techniques of encoding will evolve as well. New standards and practices will emerge to address the increasing demand for faster and more secure data transmission. Understanding the concept of encoding is becoming increasingly important, not only for those in the tech industry but for everyone who relies on digital communication in their daily lives. In conclusion, encoding is a fundamental process that underpins the way we interact with information in the digital world. Whether it is securing sensitive data, facilitating communication, or managing multimedia files, the act of encoding ensures that our information is handled efficiently and safely. As technology continues to evolve, so too will our understanding and application of encoding, making it a critical skill for the future.

在现代科技时代，信息不断在各种平台上共享和传输。这个过程中的一个关键方面是数据是如何被编码的。要理解编码信息的重要性，我们首先必须认识到它的含义。当我们说数据被编码时，我们指的是将信息转换为一种特定格式的方法，以便可以轻松存储、传输或处理。这种转变对于确保信息在从一个点到另一个点的旅程中保持安全和完整至关重要。 例如，当你通过即时通讯应用发送消息时，你输入的文本会被编码成一系列二进制数字，这些数字代表你消息中的字符。这种编码格式使得消息能够高效地通过互联网传输，然后由接收者的设备解码回可读文本。如果没有这个过程，通信将变得更加缓慢和不可靠。 此外，编码在数据安全中也起着重要作用。敏感信息，如密码和个人识别号码，通常会被编码以保护其免受未经授权的访问。例如，当你在网站上创建账户时，你的密码会在存储到数据库之前使用哈希算法进行编码。这意味着即使有人获得了数据库的访问权限，他们也只能看到你密码的编码版本，使他们几乎不可能恢复原始文本。 编码的另一个重要应用是在多媒体文件中，如图像、音频和视频。这些类型的文件通常会被编码为特定格式，以减少其大小并使其更易于共享。例如，高分辨率图像可能会被编码为JPEG格式，以减小文件大小，同时保持可接受的质量。类似地，音频文件经常以MP3格式进行编码，这种格式压缩声音数据而不会显著影响听觉体验。 在计算机编程领域，编码同样至关重要。程序员经常需要根据他们开发的应用程序的要求以不同格式进行编码。例如，JSON（JavaScript对象表示法）是一种流行的数据交换格式，允许程序员以易于人类和机器阅读和编写的方式对复杂数据结构进行编码。 随着我们在技术上的不断进步，编码的方法和技术也将不断演变。新的标准和实践将出现，以应对对更快和更安全的数据传输日益增长的需求。理解编码的概念正变得越来越重要，不仅对于科技行业的人士，对于每一个在日常生活中依赖数字通信的人来说都是如此。 总之，编码是一个基本过程，它支撑着我们在数字世界中与信息互动的方式。无论是保护敏感数据、促进通信还是管理多媒体文件，编码的行为确保了我们的信息以高效和安全的方式处理。随着技术的不断发展，我们对编码的理解和应用也将不断加深，使其成为未来的一项关键技能。