| ID | 原文 | 译文 |
| 19915 | 为了增强安全性，该文提出一个改进的PKI→IBC和IBC→PKI方案，并在随机预言模型下基于计算性Diffie-Hellman困难问题和双线性Diffie-Hell-man困难问题证明新方案满足机密性与不可伪造性。 | To enhance security, a new PKI→IBC and IBC→PKI scheme is proposed, and then confidentiality and unforgeability of the scheme in the random oracle model on the basis of the assumptions of Computational Diffie-Hellman problem and Bilinear Diffie-Hellman problem is proved. |
| 19916 | 同时效率分析表明，所提方案具有更高的通信效率。 | The efficiency analysis shows that thenew scheme has higher communication efficiency. |
| 19917 | 为解决用户在混币过程中无法请求退出的问题，该文提出一种支持用户匿名撤销混币的方案。 | In order to solve the problem that users can not request to exit during the bitcoin confusion process,an anonymous revocation scheme for Bitcoin confusion is proposed. |
| 19918 | 采用承诺技术将用户和其目的地址进行绑定； | The commitment is used to bind the user with its destination address. |
| 19919 | 当用户请求退出混洗服务时，利用累加器和知识签名对承诺进行零知识证明。 | When the user requests to quit the shuffle service, a zero-knowledge proof of the commitment is made using the accumulator and the signatures of knowledge. |
| 19920 | 最后将撤销用户的混淆输出地址修改为其指定的目的地址。 | Finally, the shuffled output address of the user who quits the service is modified to its destination address. |
| 19921 | 安全性分析表明，该方案基于双离散对数问题和强RSA假设满足退群用户匿名性，且不用修改当前比特币系统即可实施。 | Security analysis shows that thescheme satisfies the anonymity of the user who quits the service based on the double discrete logarithm problemand the strong RSA assumption, and can be implemented without modifying the current bitcoin system. |
| 19922 | 在n(n≥10)个诚实用户参与的混淆过程中，方案允许至多n–2个用户退出混币操作。 | The scheme allows at most n–2 users to exit in the confusion process of n (n≥10) honest users participation. |
| 19923 | 为解决以软件实现的虚拟网络功能(VNF)性能受限问题，软件定义网络和网络功能虚拟化(SDN/NFV)等新型网络架构引入了硬件加速资源。 | In order to deal with the limited capacity of Virtualized Network Function (VNF), hardware acceleration resources are adopted in Software-Defined Networking and Network Function Virtualization(SDN/NFV) architecture. |
| 19924 | 硬件加速资源的部署，使得VNF能够为日益增长的数据流量提供服务保障。 | The deployment of hardware acceleration resources enables VNF to provide service guarantees for increasing data traffic. |