什么是不可抵赖性？
This concept is known as non-repudiation.
这一概念称作不可抵赖性。
Non-repudiation via authentication and audit.
通过认证和审核，不可抵赖。
Log transactions for auditing and non-repudiation.
用于审计和不可抵赖性的日志事务。
Simple and Fair Non-repudiation Protocol (SFNP) is proposed.
提出了简单的公平抗抵赖协议(SFNP)。
This article answers the following questions: What is non-repudiation?
本文回答了下列问题：什么是不可抵赖性？
Non-repudiation is used to ensure that a sender cannot deny sending the XML.
抗否认性用于保证发送者不能否认发送了 XML。
Non-repudiation is important in assuring behaviors of both sides in e-business.
电子商务中为确保双方的行为，抗抵赖性具有非常重要的意义。
The non-repudiation protocol based on cryptology can offer non-repudiation service.
抗抵赖协议借助密码学算法以实现抗抵赖服务。
Message authentication by using a digital signature is not sufficient for non-repudiation.
使用数字签名的消息身份验证还不能满足不可抵赖性的条件。
This paper deals with the electronic payment protocols and fair non-repudiation protocols.
本文对电子支付协议及其公平性不可否认性做了研究。
In this paper we propose two new fair non-repudiation protocols basing on electronic evidence.
本文在电子证据的基础上提出了两个新的公平的反拒认协议。
Now I'll examine the relationship between SOAP-DSIG and SSL from the perspective of non-repudiation.
现在，我将从不可抵赖性的角度分析一下SOAP - DSIG与ssl之间的关系。
This system has the attribute of non-repudiation of the sender by using the improved confirmer signature.
该信息加密系统通过证实数字签名算法来实现系统的不可否认性。
This implies that non-repudiation guarantees that the sender of a message is the same as the creator of the message.
这就意味着不可抵赖性保证了消息的发送方与消息的创建者为同一人。
Finally, it shows the formal verification of the improved protocol and proves its fairness and non-repudiation.
最后对改进后的协议进行形式化分析，证明改进后协议的不可否认性和公平性。
But the scheme 1 does not provide asymmetry (non-repudiation) and the scheme 2 does not resist collusion attack.
但方案1不能够提供非对称性(防抵赖性)，方案2不能够抵抗共谋攻击。
Non-repudiation: any access to customer data is logged, while retaining the main benefits of a public storage service.
不可否认性：任何对客户数据的访问都会被记录，同时还保留了公有存储服务的主要优势。
In addition to the above two security requirements, non-repudiation is an important requirement in B2B applications as well.
除了以上两项安全性要求以外，不可抵赖性也是B2B应用中相当重要的一个要求。
In particular, in business transactions among enterprises, the security requirement of non-repudiation needs to be satisfied.
特别是在企业间的商业交易中，不可抵赖性的安全性要求需要得到满足。
The design principle of exchange protocol includes security, anonymity, non-repudiation, atomicity , fairness and efficiency.
该交易协议设计原则包括安全性、匿名性、非否认性、原子性、公平性与效率。
Therefore, using SOAP-DSIG and SSL (with client authentication) simultaneously is the first step towards realizing non-repudiation.
因此，同时使用SOAP-DSIG和SSL（带有客户机身份验证）是实现不可抵赖性的第一步。
The security issues include authentication, access control, audition, encryption, safe communication, non-repudiation and so on.
安全问题主要包括认证、访问控制、审计、加密、安全通信和不可否认性。
In order to satisfy the requirement of non-repudiation, you need both message authentication and sender authentication simultaneously.
为了满足不可抵赖性的要求，会同时需要消息身份验证和发送方身份验证。
One of the mediations provided by the gateway can be to log the inbound message in its secured state, thus facilitating non-repudiation.
网关提供的中介之一可以用于记录处于安全状态的入站消息，从而实现不可否认性。
There is no provision for non-repudiation as all application data that is exchanged has been encrypted using symmetric key technology.
由于所有应用程序数据通过对称密钥技术进行加密后才进行交换，因此没有提供不可否认特性。
Therefore using SSL and SOAP-DSIG simultaneously is the most promising approach to securing the transmitted SOAP messages to insure non-repudiation.
因此，同时使用SSL和SOAP-DSIG是保护被传输的SOAP 消息的安全以实现不可抵赖性的最有前途的方法。
The system provides the necessary services of confidentiality, integrity, authentication and non-repudiation fore-commerce by the standard API.
该体系通过标准的接口为电子商务提供必须的保密、完整、认证和不可否认服务。
Popularization and acceptance of electronic commerce mainly depends on the following properties:security, atomicity, anonymity and non-repudiation.
电子商务的流行与接受主要取决于下述属性：安全、原子、匿名和不可否认性。
Because the sender's private key is used for signing (integrity and non-repudiation), we don't have to change the way we use PKI for that component of the security.
由于发送方的私钥用于签名(确保完整性和不可否认性)，因此我们需要更改我们对安全组件使用PKI的方式。
应用推荐