1) intrusion prevent-in-depth system
深度入侵防御
2) intrusion prevention
入侵防御
1.
Immunity-based multi-channel intrusion prevention model;
基于免疫的多通道入侵防御模型
2.
Research and implementation of an integrated intrusion prevention system;
融合式入侵防御系统的研究和实现
3.
Self-healing intrusion prevention system supporting fault tolerance and recovery;
支持容错和恢复的自愈式入侵防御系统
3) Web intrusions protect
Web入侵防御
4) defense-in-depth
深度防御
1.
Based on the analysis of the security status,proposes using the security technology of different layer to build a defense-in-depth architec-ture for campus network.
在分析校园网络安全现状的基础上,提出利用不同网络层次的安全特性构建网络安全深度防御体系的策略,并对该体系的实现方法进行了探讨。
2.
The traditional IPS is analyzed and its advantage and insufficiency are poiated, then data fusion algorithm of multi-sensors is combined, and a "detection and defense - detection and response" model based on defense-in-depth theory and the intrusion tolerance is proposed.
分析了传统的入侵防御系统,在指出其优势和不足的基础上,把检测事件分为3类,结合多传感器数据融合技术和入侵容忍技术,提出一种基于深度防御原则的“检测防御-分析响应”双层防御模型。
5) defense in depth
深度防御
1.
Then a defense in depth network security model is proposed and the data mining technologies is applied to analyze the alerts collected from intrusion pre-vention system.
提出了一种基于深度防御原则的网络安全模型,在该模型中采用数据挖掘技术来分析入侵防御系统中的警报。
6) Invasion depth
侵入深度
1.
, the invasion depth of mud filtrate is calculated, which established the ground for the calculation of th.
文章根据物质平衡理论,在对钻井液固相侵入微观物理模型分析的基础上,综合利用钻井参数、地层物性参数、测井参数和钻井液浸泡时间等多参数实现了钻井液滤液侵入深度的计算,为钻井液固相侵入深度的计算打下了基础。
2.
Basing on the mathematical model of predicating the drilling fluid concentration near the wellbore area according to the radical distance changes, and by the way of numerical integration, drilling fluid invasion depth and formation damage degree can then be determined.
该方法在建立了预测侵入近井眼地带钻井液的浓度随径向距离变化的数学模型的基础上,通过数值积分确定钻井液侵入深度和伤害油层程度,计算中不需要复杂的钻井液滤失的岩心流动实验,只需钻井液性能参数和地层孔渗资料,应用钻井现场资料就可以较准确地确定钻井液侵入深度和伤害程度,方法简单,应用方便。
补充资料：大海入侵
法国著名科幻小说家儒勒。凡尔纳的名著
内容提要：法国一家海外公司决定开凿一条运河，将地中海海水引入撒哈拉沙漠，形成一个新海，这就是大海入侵计划。人们亲眼目睹了灭顶之灾，各种各样的动物拼命的逃窜，成百上千的人被卷入汹涌的波涛之中，横七竖八的骑手和马转眼就消失了。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条