What is the translation of " 不同的密钥 " in English?

• different keys

Examples of using 不同的密钥 in Chinese and their translations into English

可能性是无穷无尽的创造不同的密钥。
The possibilities are endless to create different keys.

每一个客户端必须拥有不同的密钥.
Each message should have a different key.

因为使用的是两个不同的密钥，所以这种算法叫作非对称加密算法。
Because two different keys are used, this system is named as asymmetric cryptosystem.

大多数字符串都是加密的（Unicode和Ascii），使用不同的密钥对它们进行解密，嵌入在可执行文件中。
Most of the strings are encrypted(Unicode and Ascii), using different keys to decrypt them, embedded in the executable.

在公钥密码术中，Alice和Bob不仅有不同的密钥，而且每人有两个密钥。
In public key cryptography, Alice and Bob not only have different keys, they each have two keys..

这称为“不对称”加密，因为两个功能由不同的密钥来执行。
This is known as“asymmetric” public key encryption because the two functions are performed by different keys.

任何给定的Redis实例都包含许多databases，每个databases都可以保存许多不同的密钥，这些密钥具有各种datatypes。
Any given Redis instance includes a number of databases, each of which can hold many different keys of a variety of data types.

对于每一个监狱的房间会有两个不同的密钥，每个护卫举行。
For each room of the prison there will be two different keys, one held by each guard.

这似乎是这样一个基本的问题，但答案实际上并不告诉我们，因为歌曲写在不同的密钥。
This seems like such a basic question, but the answer doesn't actually tell us much because songs are written in different keys.

公开密钥加密也被称为asymmetriccryptography（非对称加密）,因为不同的密钥用于加密和解密数据。
Public key cryptography- this is also called asymmetric cryptography because different keys are used for encryption and decryption.

公开密钥加密也被称为asymmetriccryptography（非对称加密）,因为不同的密钥用于加密和解密数据。
Public-key cryptography is also called asymmetric cryptography because different keys are used to encrypt and decrypt the data.

首先，让我们只是指出，在链接建设的两个不同的密钥。
First, let's just point out two different keys in link building.

如果具体每个设备使用不同的密钥，那么您只需要为每个购买者提供相应的密钥。
If each instance of the device uses a different key, then you need only give each purchaser a key for that instance.

非对称密钥算法使用不同的密钥进行加密和解密--这通常称为公钥加密。
Asymmetric key algorithms use different keys for encryption and decryption- this is usually referred to as Public-key Cryptography.

WPA也避免了另一个WEP的弱点，它为每一个数据包使用不同的密钥。
Finally, WPA uses a different secret key for each packet.

文章提到“公钥密码体系里，加密和解密是由不同的密钥支配的”。
Their answer was a public key cryptosystem, in which“enciphering and deciphering are governed by distinct keys.”.

WPA也避免了另一个WEP的弱点，它为每一个数据包使用不同的密钥。
WPA also avoids another weakness of WEP by using a different secret key for each packet.

该标准允许一个电影的短片段的多个版本用不同的密钥分别进行加密，而一个给定的播放器只能解密每个部分的一个版本。
The standard allows for multiple versions of short sections of a movie to be encrypted with different keys, while a given player will only be able to decrypt one version of each section.

非对称加密涉及生成两个完全不同的密钥;
Asymmetric encryption involves generating two keys that are completely different;

非对称加密通常会生成两个完全不同的密钥；.
Asymmetric encryption involves generating two keys that are completely different;

您最多可以保留4个不同的密钥来加密所传送的数据。
You may keep up to four different keys to encrypt the transmitted data.

如果使用不同的密钥进行加密和解密，则称为对称加密或公钥加密。
If different keys are used for encryption and decryption, then it is called Asymmetric Encryption or Public Key Encryption.

使用不同的密钥保护不同的文件夹要求采用与全盘加密(FDE)截然不同的方法。
Protecting different folders with different keys required a distinct approach from full-disk encryption(FDE).

非对称加密-这种类型的算法（也称为公钥密码术）将不同的密钥用于加密和解密过程。
Asymmetric Encryption- This type of algorithm(also known as Public-Key Cryptography) uses different keys for the encryption and decryption processes.

对于每个GoogleCloudPlatform客户，任何非共享资源2都会拆分为数据区块，并使用与其他客户不同的密钥进行加密3。
For each Google Cloud Platform customer, any non-shared resources2 are split into data chunks and encrypted with keys separate from keys used for other customers3.

配置为由某个证书模板使用的每个CSP都可以潜在支持不同的加密算法，因此，可以支持不同的密钥长度。
Each of the CSPs that are configured to be used by a certificate template can potentially support different cryptographic algorithms and, therefore, different key lengths.

有些人为不同目的使用不同的密钥，并使用注释互相识别，比如“Office”或者“OpenSourceProjects”。
(Some people use different keys for different purposes and identify each key with a comment, such as"Office" or"Open Source Projects.").

基于文件的加密(FBE)是指不同的文件使用不同的密钥进行加密，这些密钥可以独立进行解锁。
File-based encryption(FBE) means different files are encrypted with different keys that can be unlocked independently.

ISAKM与密钥交换相独立，支持多种不同的密钥交换。
ISAKMP is designed to be key exchange independent and supports many different key exchanges.

想象一下，一对通信者分别从五个不同的密钥服务器中获取一个会话密钥。
(Imagine that a pair of communicants get a piece of their session key from each of five different key servers.).