"保护Web应用程序数据隐私的新方法:PPTD多样化保密技术"
Anonymization of Network Traffic is an open-source solution developed to address the growing security challenges brought about by the widespread usage of web-based applications. The issue of privacy in the data being transmitted back and forth has become a critical concern in today's digital landscape. While robust communication security systems like HTTPS and WPA/WPA2 Wi-Fi encryption exist, there are still vulnerabilities in large web applications that expose subsets of timing and intra-application information flow to side-channel attacks. To combat this, Liu et al. have introduced a privacy model based on the work of Chen et al. to prevent such threats. Their method aims to protect the size of data packets exchanged during communication between clients and servers while utilizing Privacy-Preserving Traffic Padding (PPTP). Our paper introduces a novel economic mechanism built on the well-known privacy protection method called diversity to achieve this PPTP. In the demo presentation, L-Diversity for Privacy-Preserving Traffic Padding in Web-Based Applications is discussed. The concept of L-Diversity is implemented to improve the privacy protection methods used in web applications. The table provided shows the data before and after the application of L-Diversity for PPTD, with the grouping of data and the size and weight of each group. The data is sorted in Table T 1 based on a specific criterion, resulting in a more secure and anonymized network traffic system. Overall, the use of L-Diversity for PPTD in web applications like the one discussed in this paper is crucial for enhancing security and protecting user privacy in an increasingly interconnected digital world. By leveraging innovative approaches and building on existing privacy protection mechanisms, researchers and developers can work towards creating a safer and more secure online environment for all users.
剩余36页未读,继续阅读
- 粉丝: 25
- 资源: 4636
- 我的内容管理 展开
- 我的资源 快来上传第一个资源
- 我的收益 登录查看自己的收益
- 我的积分 登录查看自己的积分
- 我的C币 登录后查看C币余额
- 我的收藏
- 我的下载
- 下载帮助
最新资源
- 十种常见电感线圈电感量计算公式详解
- 军用车辆:CAN总线的集成与优势
- CAN总线在汽车智能换档系统中的作用与实现
- CAN总线数据超载问题及解决策略
- 汽车车身系统CAN总线设计与应用
- SAP企业需求深度剖析:财务会计与供应链的关键流程与改进策略
- CAN总线在发动机电控系统中的通信设计实践
- Spring与iBATIS整合:快速开发与比较分析
- CAN总线驱动的整车管理系统硬件设计详解
- CAN总线通讯智能节点设计与实现
- DSP实现电动汽车CAN总线通讯技术
- CAN协议网关设计:自动位速率检测与互连
- Xcode免证书调试iPad程序开发指南
- 分布式数据库查询优化算法探讨
- Win7安装VC++6.0完全指南:解决兼容性与Office冲突
- MFC实现学生信息管理系统:登录与数据库操作