For an application to use XML encryption and/or digital signature, the application must use or integrate with a PKI solution.
对于一个要使用XML加密和/或数字签名的应用程序来说，它必须使用或者集成一个PKI解决方案。
So, to summarize the use of PKI in XML encryption and XML digital signature...
因此，总结一下PK i在xml加密和XML数字签名中的使用。
With the support of signature card, gives the adaptive solutions to lessen the difficulty of the employment of PKI and gain the security of application based PKI.
引入了签名卡的概念，重点从简化pki布置难度和增强应用程序安全性的角度，提出了自己的解决方案。
By generating this signature, a CA certifies Chapter 2: Understanding PKI Building Blocks the validity and authenticity of the information in the fields.
生成这个签名，CA认证第2章：了解PK I构建模块领域的信息的有效性和真实性。
The basic technology of PKI include encipher digital signature data integrity mechanism digital envelope double digital signature, digital certificate etc.
PKI的基础技术包括加密、数字签名、数据完整性机制、数字信封、双重数字签名，数字证书等。
The paper describes the structure of PKI, digital signature?digital certificate and the application of PKI in electro-nic commerce, such as internet banking.
介绍PKI的结构、数字签名和数字证书安全技术及PKI技术在网络银行等实际电子商务中的应用。
The time information which is included in digital signature can replace time stamp , therefore , it leaves out the uniform time stamp server that other PKI systems have to use .
同时由于签名中所含有的时间段信息，使每个证书都自动包含时间戳，省掉时间戳服务器，节省开销。
The time information which is included in digital signature can replace time stamp , therefore , it leaves out the uniform time stamp server that other PKI systems have to use .
同时由于签名中所含有的时间段信息，使每个证书都自动包含时间戳，省掉时间戳服务器，节省开销。
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