应用程序使用带有表标识或数据库序列密钥生成器的实体。
The application USES entities with table identity or database sequence key generation.
私有密钥一直处于其所属实体的保护之下。
The private key remains under the protection of the entity to which it belongs.
私钥（或应该）只有拥有密钥对的实体知道。
The private key is only known (or should only be known) to the entity that owns the key pair.
不对称加密算法(也称为公钥算法)要求每个实体都维护一对相关密钥：私钥和公钥。
Asymmetric cryptographic algorithms, also known as public-key algorithms, require that each entity maintains a pair of related keys: a private key and a public key.
任何后续的查询需要使用相同的密钥将返回该存储实例的实体。
Any subsequent query which requires entity with the same key returns this stored instance.
这些实体通常存储在文件或磁盘中，或者存储在加密API加密服务提供程序 （CSP） 所拥有的密钥容器中。
These entities are usually stored in a file or disk or in a key container owned by a Crypto API Cryptographic Service Provider (CSP).
该方案实现了认证和注册过程的一体化，并且实现了移动节点、外地代理和家乡代理三个实体间的密钥分配。
The scheme realizes the incorporation of authentication and registration. Key distribution among mobile node, foreign agent and home agent is also achieved in the scheme.
与给定实体关联的声明集可视为密钥。
The set of claims associated with a given entity can be thought of as a key.
PK I以数字证书为密钥管理工具，终端实体之间进行通信之前必须要验证数字证书的可信性。
Certificate has become the managing tool of PKI. End entity must validate certificate's creditability before communication.
密钥协商协议是实体实现安全通信的前提，通过密钥协商协议，实体可以建立高熵的会话密钥，这个会话密钥将用于随后的通信中。
Through the key exchange protocol, the entities can establish the high-entropy session key and this session will be used in the subsequent secure communication.
密钥协商协议是实体实现安全通信的前提，通过密钥协商协议，实体可以建立高熵的会话密钥，这个会话密钥将用于随后的通信中。
Through the key exchange protocol, the entities can establish the high-entropy session key and this session will be used in the subsequent secure communication.
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