科技通报
科技通報
과기통보
BULLETIN OF SCIENCE AND TECHNOLOGY
2014年
12期
157-159
,共3页
内容耗散网络%缓存污染攻击%检测
內容耗散網絡%緩存汙染攻擊%檢測
내용모산망락%완존오염공격%검측
content dissipative network%cache pollution attack%detection
内容耗散网络的缓存污染攻击命中率高,难以检测。研究内容耗散网络缓存污染攻击的命中率与域间传输阈值的关系,对降低攻击命中率提供控制模型基础。提出一种基于零周期数相变自适应冗余信息抑制的内容耗散网络缓存污染攻击命中阈值分析模型,提高对缓存污染攻击的检测概率。设计内容耗散网络及缓存污染攻击系统模型,基于url内容块检测模型,得到缓存污染攻击命中判决准则,通过AS-BOOST使用并行的读写操作,进行零周期数相变自适应冗余信息抑制,得到优化阈值分布下的判决准则。实验结果表明,采用该算法能通过合理设定域间阈值,达到消除缓存污染攻击的效果,实现对内容耗散网络的安全控制。
內容耗散網絡的緩存汙染攻擊命中率高,難以檢測。研究內容耗散網絡緩存汙染攻擊的命中率與域間傳輸閾值的關繫,對降低攻擊命中率提供控製模型基礎。提齣一種基于零週期數相變自適應冗餘信息抑製的內容耗散網絡緩存汙染攻擊命中閾值分析模型,提高對緩存汙染攻擊的檢測概率。設計內容耗散網絡及緩存汙染攻擊繫統模型,基于url內容塊檢測模型,得到緩存汙染攻擊命中判決準則,通過AS-BOOST使用併行的讀寫操作,進行零週期數相變自適應冗餘信息抑製,得到優化閾值分佈下的判決準則。實驗結果錶明,採用該算法能通過閤理設定域間閾值,達到消除緩存汙染攻擊的效果,實現對內容耗散網絡的安全控製。
내용모산망락적완존오염공격명중솔고,난이검측。연구내용모산망락완존오염공격적명중솔여역간전수역치적관계,대강저공격명중솔제공공제모형기출。제출일충기우령주기수상변자괄응용여신식억제적내용모산망락완존오염공격명중역치분석모형,제고대완존오염공격적검측개솔。설계내용모산망락급완존오염공격계통모형,기우url내용괴검측모형,득도완존오염공격명중판결준칙,통과AS-BOOST사용병행적독사조작,진행령주기수상변자괄응용여신식억제,득도우화역치분포하적판결준칙。실험결과표명,채용해산법능통과합리설정역간역치,체도소제완존오염공격적효과,실현대내용모산망락적안전공제。
The cache pollution attacks hit rate is high in content dissipative network, it is difficult to detect. The relation?ship between contents of dissipative network cache pollution attacks hit rate and inter domain transfer threshold is re?search, to reduce the hit rate to provide data base. A content dissipative network cache pollution attacks hit rate analysis model is proposed based on zero cycle phase adaptive redundancy suppression, improve the detection probability of cache pollution attacks. The content dissipative network and cache pollution attack system model is designed. Based on URL con?tent block detection model, decision criterion of cache pollution attacks hit is obtained. The parallel read and write opera?tion is used by AS-BOOST, the redundant information is suppressed with zero cycle several phase adaptive method, thresh?old distribution rule is optimized. The experimental results show that, the algorithm can through reasonably set inter domain threshold, eliminate the effect of cache pollution attacks, security control of the content of dissipative network is realized.