电子支付

  • 网络electronic payment;E-PAYMENT;E-Commerce;Paypal;EFT-POS
电子支付电子支付
  1. 浅析电子支付系统SET存在的问题

    Analyses the Problems of SET in Electronic Payment Systems

  2. 基于Web服务的电子支付系统研究与设计

    The Study and Design of the Web Service Based Electronic Payment System

  3. 电子支付公司CreditCall的首席技术官、支付安全专家JeremyGumbley解释说,每个磁条都有三条信息轨道。

    Each magstripe has three tracks of information , explains payments security expert Jeremy Gumbley , the chief technology officer of Credit Call , an electronic-payments company .

  4. 目前国内的电子支付领域由支付宝和微信支付占据主导地位,用户使用这两种支付服务时,简单扫一下二维码就可以完成。

    E-payment services in China are dominated by internet giants such as Alipay and WeChat Pay which allow transfer of money by a simple scan of the quick response code .

  5. 基于Web服务和SET协议的电子支付系统

    Web service and SET protocol based payment system

  6. 以此为基础,本文提出了一个基于SET协议的安全电子支付系统的解决方案,给出了该系统实现过程。

    The paper brings forward a scheme of secure electronic transaction based on SET and implements it .

  7. SET协议是一套完整的电子支付系统的协议,它在现实中得到了广泛的应用。

    ^ SET protocol is a set of safe Electronic Payment System protocol , which has been used widely in world .

  8. 此系统采用SET协议作为电子支付的基本流程框架,保证系统具有高度的安全性;

    This system adopted SET protocol as the basic flow frame of the payment system to ensure the system high security .

  9. 抗抵赖在基于CA技术的电子支付系统中的实现

    Implementation of Non-repudiation in Electronic Payment System Based on CA Technology

  10. 一种基于WEB的B2B安全电子支付模型的探讨

    A probe on model of secure electronic payment for B2B based on Web

  11. 电子支付安全协议的Petri网模型及分析

    Petri net model and analysis for electronic payment security protocol

  12. 第三,详细介绍了两种电子支付安全协议(SSL协议和SET协议);

    Third , dissertation explicates two electronic payment protocols ( SSL protocol and SET protocol ), which correlate EC ;

  13. 基于DES和RSA的电子支付安全模型

    A Model of Secure Electronic Transaction Based on DES and RSA

  14. 目前最流行的两个安全电子支付系协议是SSL和SET,它们在保障安全电子支付方面各有特点。

    The most popular two secure E-payment protocols are SSL and SET , each has its strong points in ensuring safe E-payment .

  15. 使用了类pi演算来验证电子支付协议的认证性和匿名性。

    In this paper , using pi-like calculus to verify authentication and anonymity properties of electronic payment protocols .

  16. 在哥德堡大学(UniversityofGothenburg)的学生说,他们几乎只用卡和电子支付。

    At the University of Gothenburg , students said they almost exclusively used cards and electronic payments .

  17. 最后,通过测试验证了在移动电子支付模型中引入Agent技术是可行的,不仅简化了操作过程,而且增强了系统智能化服务的能力。

    Finally , it is verified by experiment that mobile agent brought to the model is feasible , which not only simplify operations but also enhance the intelligence of the system service .

  18. 并且再对国内外SET协议研究的基础上,针对SET协议所存在的缺陷,对改进和优化后的方案进行分析,并基于优化后的SET协议进行电子支付平台的分析与设计。

    SET protocol study at home and abroad on the basis of defects in the SET protocol , improvement and optimization , and based on the SET protocol optimized for the design and implementation of the electronic payment platform .

  19. 电子支付的协议模式包括SSL和SET两种支付模式,电子支付工具包括电子信用卡、电子发票、电子现金三种。

    Electronic payment agreement pattern including SSL and SET two kind of payment patterns , electron means of payment including electronic credit card , electronic receipt , electronic cash three kinds .

  20. 他帮助创建了电子支付系统PayPal,也是Facebook的首批投资者之一。

    He helped create the electronic payment system PayPal . He was also one of the first investors in Facebook .

  21. 而且,将MobileAgent运用到电子支付的电子银行系统中,本模型能够均衡计算负载、节省网络带宽、提高响应速度和增强安全性,这在概念上是全新的。

    Moreover , applying Mobile Agent to electronic bank system in electronic payment system makes the model balance computing overhead , save network bandwidth , improve response speed and enhance security , which is conceptually novel .

  22. 通过对电子支付安全协议的研究,利用Petri网描述了电子支付安全协议处理流程;

    Through the research on the electronic payment security protocol , this paper describes the process flows for the electronic payment security protocol by referring to Petri nets .

  23. 本文构造了基于椭圆曲线加密体制的零知识证明和Brands限制性盲签名方案,应用于本文构造的基于椭圆曲线加密体制的电子支付系统。

    The dissertation constructs zero-knowledge proof and Brands ' restrictive blind signature based on elliptic curve cryptosystem , and then applies these schems to electronic payment system based on elliptic curve cryptosystem .

  24. WebServices在跨越防火墙通信、应用系统集成方面的巨大优势,使之成为构建企业支付网关的核心技术。首先对企业电子支付的现状和存在的问题进行了讨论,探讨了构建企业支付网关的难点。

    Web services have great advantages in across firewall communication and systems integration and become the key technology in the construction of Enterprise Payment Gateway . Firstly , the status of e-commerce and online payment of enterprise and existing issues are discussed .

  25. 接着在简要介绍两种基于信用卡的安全电子支付协议&SET协议和3-DSecure协议的基础上,提出了一种3-DSecure协议的安全性加强方案。

    SET protocol and 3-D Secure protocol are two kinds of secure electronic payment protocol based on credit card . A new scheme of 3-D Secure protocol was proposed based on the comparison of them .

  26. 如何利用J2ME最新技术和现有的基础,建立高效和安全的无线电子支付系统,推进无线电子商务的发展是本文的研究重点。

    The emphasis of this thesis is how to build high-efficiency and secure wireless payment system on latest J2ME technology and other existing basement .

  27. 在交易过程中,消费者、商家、企业、中间结构和银行等都需要通过Internet网络进行资金的流转,这就需要通过网络支付或电子支付的手段来实现。

    In the transaction process , consumers , businesses , enterprises , banks and so the middle of the structure and needs of Internet network through the transfer of funds , which requires payment or electronic payment through the network means to achieve .

  28. 本文讨论了一种基于PKI的安全电子支付模型的应用研究,详细分析了电子支付的交易流程,给出了每个交易阶段的流程图。

    This article discusses the security of a PKI-based electronic payment application of the model . Particularly analyzed electronic payment transaction flows , and produced each transaction stage flow chart .

  29. 电子支付平台数字证书的申请系统通过建设RA来实现为企业及服务器等业务对象提供数字证书及证书相关的安全技术,并且实现了与其它根CA的交叉认证。

    The digital certificate application system of electronic payment platform offers digital certificates and its related security technology to business objects such as enterprises and servers by developing RA and also realizes cross certification with other root CAs .

  30. 利用Petri网描述安全电子支付流程,采用一种基于逻辑的Petri网分析方法,探索建立了基于Petri网的电子支付安全模型。

    The petri nets was made use of to describe safe electronic payment processes , and a petri net analytical methodology was deployed based on the logic . The electronic payment security models were explored built on petri nets .