CAJ | 학술논문

传统的We b防篡改系统安装于受保护服务器中，无自身安全保护措施。为减少网站页面被篡改，确保We b页面的完整性和防篡改系统自身的安全，借鉴令牌环工作原理，在已有防篡改技术的基础上提出环形网页防篡改模型，模型中引入了三线程和轮询环双重保护技术，解决了防篡改系统自身的安全问题。详细描述了系统的设计方法、工作机制及实现过程。实验证明，该系统能有效自御，在网站安全性得到保障的同时不影响服务器的工作效率。
전통적We b방찬개계통안장우수보호복무기중，무자신안전보호조시。위감소망참혈면피찬개，학보We b혈면적완정성화방찬개계통자신적안전，차감령패배공작원리，재이유방찬개기술적기출상제출배형망혈방찬개모형，모형중인입료삼선정화륜순배쌍중보호기술，해결료방찬개계통자신적안전문제。상세묘술료계통적설계방법、공작궤제급실현과정。실험증명，해계통능유효자어，재망참안전성득도보장적동시불영향복무기적공작효솔。
Traditional Web tamper-proofing systems are typically mounted in the protected server, without safety protection. In order to decrease the possibility of Web pages being tampered and to ensure the integrity of Web pages and the safety of the tamper-proofing system itself, this study, based on token-ring techniques, addresses the safety problem by proposing a ring-like tamper-proofing model in which novel defensive techniques like three-thread and polling loop are introduced. This paper describes in detail the design, implementation and evaluation of the system. The evaluations show the effectiveness of the system in terms of performance and security guarantees.