安全套接层协议

  • 网络ssl;Secure Socket Layer;Security Socket Layer
安全套接层协议安全套接层协议
  1. 网上电子商务中安全套接层协议的几个安全问题

    About the security of SSL in electronic commerce over the Internet

  2. 基于安全套接层协议的虚拟专用网

    Research on Virtual Private Network Technology based on SSL Protocol

  3. 虚拟专用网VPN(VirtualPrivateNetworks)是解决公共网络中私有信息安全传输的重要技术,而安全套接层协议SSL(SecureSocketsLayer)是近年来兴起的一种实现VPN的有效方法。

    Virtual Private Network ( VPN ) is an important technique transfer private information under public networks , and SSL ( Secure Sockets Layer ) protocol is a new techniques to implement VPN .

  4. 目前,为解决身份识别和通信信道的安全问题,国际上普遍采用由Netscape公司开发部的安全套接层协议(SSL)。

    At present , to solve the security problems of identity authentication and communication channel , the Secure Sockets Layer SSL protocol that originally designed by Netscape is generally used globally .

  5. 采用安全套接层协议(SSL)作为实现浏览器和Web服务器以及LDAP目录服务器和Web服务器之间的通信安全保障。较有效地避免了对网络中请求和访问控制信息进行偷听、篡改以及对信息的伪造。

    Realize a communication security guarantee between the Web browser and the Web server , the LDAP server and the Web server by using Secure Socket Layer ( SSL ), which is to avoid eavesdropping , tampering and forging the information in network requests .

  6. 采用传统虚拟专用网(VPN)技术的远程访问系统都存在配置和发布复杂的缺点,远程访问新技术&基于安全套接层协议的虚拟专用网(SSLVPN)则可以解决该问题。

    Remote access systems using traditional Virtual Private Network technology have shortcomings that the configuration and deployment is complex . SSL protocol based Virtual Private Network ( SSL VPN ) is a new remote access technology that can solve this problem .

  7. SSLVPN是采用安全套接层协议,无需安装客户端软件,授权用户能够从任何标准的WEB浏览器和互联网连接通过VPN专有隧道安全地接入网络资源,从而安全可靠地获取信息。

    SSL VPN is the use of Secure Socket Layer protocol , do not need to install client software , authorized users can WEB from any standard browser and Internet connection through a proprietary VPN tunnels to securely access network resources , so safe and reliable access to information .

  8. 作者给出了基于安全套接层协议的三种网络安全模型,设计与实现了认证中心。

    Here , we introduce three network security models based on security socket layer ( SSL ), propose their algorithms and realization of extending SSL .

  9. 介绍了安全套接层协议相关概念以及基于该协议的认证方式,结合作者所在单位的应用实际给出了两个安全信息系统实例。

    A A review was presented about Secure Sockets Layer protocol and authentication styles based on it , and then two samples of secure informa-tion system were given to illustrate the application of the protocol .

  10. 安全网际协议、安全套接层协议、安全简单对象访问协议和记录级等多层次的安全通信协议及基于公钥基础设施,建立了网格化制造模式下面向联盟协同的安全体系架构。

    Based on Internet Protocol Security ( IPSec ), Secure Socket Layer ( SSL ), Simple Object Access Protocol Security ( SOAPSec ) and Public Key Infrastructure ( PKI ), the collaboration-oriented security architecture for partners ' cooperation in grid-based manufacturing pattern was constructed .

  11. 安全套接层协议能够提供安全性较高的数据传输服务,但是由于需要建立自己的证书服务器等原因,这种协议均不适用于海洋环境信息在军用网络中安全传输。

    SSL can provide the data transport service of high security , but because needs to establish own 's certificate server reason and so on , this kind of protocol is not suitable for secure transfer of the ocean environment information in the military network .

  12. 目前电子交易中经常使用的安全套接层SSL协议和安全电子交易SET协议因其自身的特点和局限性不适合用于仅有少量敏感数据传输的小型电子商务网站。

    The two security protocols of electronic payments : SSL and SET are not fit for tiny electronic commerce , because of their features and deficits .

  13. 安全套接层SSL协议是实现电子商务安全交易的关键技术之一。

    SSL protocol is one of key technologies of realizing secure trade in EC ( Electronic Commerce ) .

  14. 利用安全套接层(SSL)协议可有效地提高网络通信的安全。

    It may effectively enhance the network communication security by using the Secure Sockets Layer ( SSL ) protocol .

  15. 安全套接层(SSL)协议可提供鉴权、加密和整合功能,今天已广泛用于在内联网与互联网的各种应用程序间进行通信。

    Providing authentication , encryption and integrity , the Secure Sockets Layer ( SSL ) protocol is today widely used for communication between applications across intranets and the Internet .

  16. 安全套接层(SSL)协议提供加密、来源验证、数据完整性支持,通过数字证书建立安全的数据传输通道。

    Secure Sockets Layer ( SSL ) protocol has encryption , information verifying and data sustaining functions , and the security channel of data transmission is founded through digital certificate .