科技通报
科技通報
과기통보
BULLETIN OF SCIENCE AND TECHNOLOGY
2014年
10期
79-81
,共3页
路由交换数据%在线时间%复杂度%链路
路由交換數據%在線時間%複雜度%鏈路
로유교환수거%재선시간%복잡도%련로
routing switching data%online time%complexity%link
路由交换数据在线时间复杂度根本上制约Web服务器跨站脚本链路漏洞检测性能,影响网络安全,传统的链路漏洞检测算法采用链路信息流自相关波束形成算法,当交换数据出现动态污点时,漏洞检测效果不好。提出一种基于路由交换数据在线时间复杂度预测的链路漏洞检测算法,基于污点数据传播模型,进行漏洞对象分布式阵元域分析,采用路由交换数据的在线时间预测,对动态污点数据在传播全程标记、监控,HTML页面中的链路漏洞信息流通过旋转矢量特征约束处理,对漏洞网页进行爬取分析,最后构建模型DOM-XSScaner模型实现链路漏洞检测。实验结果表明,采用该算法实现对预测链路安全分析和漏洞检测,检测效率具有较大的提高,准确性、覆盖率有所改进,在信息安全中有较高应用价值。
路由交換數據在線時間複雜度根本上製約Web服務器跨站腳本鏈路漏洞檢測性能,影響網絡安全,傳統的鏈路漏洞檢測算法採用鏈路信息流自相關波束形成算法,噹交換數據齣現動態汙點時,漏洞檢測效果不好。提齣一種基于路由交換數據在線時間複雜度預測的鏈路漏洞檢測算法,基于汙點數據傳播模型,進行漏洞對象分佈式陣元域分析,採用路由交換數據的在線時間預測,對動態汙點數據在傳播全程標記、鑑控,HTML頁麵中的鏈路漏洞信息流通過鏇轉矢量特徵約束處理,對漏洞網頁進行爬取分析,最後構建模型DOM-XSScaner模型實現鏈路漏洞檢測。實驗結果錶明,採用該算法實現對預測鏈路安全分析和漏洞檢測,檢測效率具有較大的提高,準確性、覆蓋率有所改進,在信息安全中有較高應用價值。
로유교환수거재선시간복잡도근본상제약Web복무기과참각본련로루동검측성능,영향망락안전,전통적련로루동검측산법채용련로신식류자상관파속형성산법,당교환수거출현동태오점시,루동검측효과불호。제출일충기우로유교환수거재선시간복잡도예측적련로루동검측산법,기우오점수거전파모형,진행루동대상분포식진원역분석,채용로유교환수거적재선시간예측,대동태오점수거재전파전정표기、감공,HTML혈면중적련로루동신식류통과선전시량특정약속처리,대루동망혈진행파취분석,최후구건모형DOM-XSScaner모형실현련로루동검측。실험결과표명,채용해산법실현대예측련로안전분석화루동검측,검측효솔구유교대적제고,준학성、복개솔유소개진,재신식안전중유교고응용개치。
Web server XSS link vulnerability detection performance of routing and switching data online time complexity is the fundament of network security, traditional method takes the autocorrelation beam-forming algorithm, when dynamic taint occurs, and the detection effect is bad. Anew link vulnerability detection algorithm is proposed based on routing ex-change data online time complexity prediction, tainted data transmission model is constructed, and loopholes in element space is analyzed, the routing and switching data online time prediction algorithm is obtained, dynamic taint propagation of data in the whole marker is completed for monitoring, link vulnerability information flow through the rotation vector feature constraint processing the HTML page is computed, and the loopholes Webpage analysis is taken, DOM-XSScaner model is obtained to realize link vulnerability detection. The experimental results show that detect the prediction analysis and flaw link security are realized, detection efficiency has greatly improved, accuracy and coverage are improved, it has higher ap-plication value in information security.