Many cellphones emit the most radiation when they initially establish contact with the cell tower making their "digital handshake."
许多手机在首次与基站建立联系，进行“数码握手”时会释放出最大的辐射。
Many cellphones emit the most radiation when they initially establish contact with the cell tower, making their "digital handshake."
许多手机在与信号塔建立连接、接通信号的那一刻放出最大量的辐射。
And, as you might recall from the digital certificates discussion in Part 2 of this series, the server must also provide the security certificate used during the handshake.
并且，正如我们可以从本系列的第2部分有关数字证书的讨论中看到的一样，服务器还必须要在握手过程中提供安全证书。
Since this article focuses on handling the server's digital certificate during the handshake, let's go into depth as to how the handshake works.
由于本文重点要介绍在握手过程中服务器数字证书的处理，因此让我们来深入介绍一下握手是如何工作的。
At a connection handshake, SSL utilizes public key algorithms and digital certificates to establish trust between parties that haven't met before and exchange private keys for the current session.
在连接握手时，SSL利用公钥算法和数字证书在素不相识的各方之间建立信任并交换当前会话的私钥。
In this article, a solution has been proposed to improve the handshake protocol and record protocol of SSL in order to implement the digital signature for SSL.
提出了一种改造SSL握手协议和记录协议实现SSL数字签名的解决方案。
In this article, a solution has been proposed to improve the handshake protocol and record protocol of SSL in order to implement the digital signature for SSL.
提出了一种改造SSL握手协议和记录协议实现SSL数字签名的解决方案。
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