1) zero-value point attack
零值点攻击
2) zero-value attack
零值攻击
3) zero-day attacks
零日攻击
1.
In this paper, through the analysis of the principles of zero-day attacks, the writer gives some useful suggestions on the preventive measures.
零日攻击是利用零日漏洞,迅速对系统或应用程序发动的网络攻击,这种攻击防御难度较大。
2.
Through the integrated use of gateway defense,implementation of the hierrchical protection domain,as well as the deployement of host-based intrustion prevention system,heuristic behavior detection technologies anti-virus software and security management strategy against zero-day attacks,the basic purpose can be achieved.
针对零日攻击的攻击原理分析定时更新补丁、防火墙、入侵检测系统、防病毒软件、UTM网关等传统被动防御方式的不足,建议从网络入口、PC端点进行各个层次的防御,来实现主动防御零日攻击。
4) interpolation attack
插值攻击
1.
Due to the property that the 3-round Advanced Encryption Standard(AES) ciphertexts have a polyno-mial expression with a low degree of less than 255,a method of interpolation attack on the round-reduced AES is presented,that is,through the Lagrange interpolation formula,the polynomial with 254 degrees can be obtained using 255 values.
针对AES(Advanced Encryption Standard)算法3轮加密后的密文代数表达式具有的次数较低(低于255)的特点,提出了低轮AES密码的插值攻击方法。
2.
In this article,we introduce the basic theory and several major methods o f interpolation attack firstly;then,our con-clusion on polynomial expression is given;at last,we analyze how to chose the field and give the conclusions.
首先简介了插值攻击的基本原理和几种实施方法。
5) Re-aiming
多点攻击
1.
Simulation Research of the Command Model Supporting the Function of Re-aiming of the Low Observable Aircraft;
能实现多点攻击的巡航导弹指挥模型研究
6) characteristics of attacking
攻击特点
补充资料：零电荷点
分子式：
CAS号：
性质： 当溶液中决定电位离子的浓度为某一特定值时，固体表面上的净电荷等于零，两相(固/液)之间由自由电荷引起的电位差也为零，此时溶液中决定电位离子的浓度称为零电荷点(P.Z.C.)。与其密切相关的另一物理量是等电点(I.P.C)，它指的是固体表面的ζ电势为零的情形。在没有特性吸附离子存在时，等电点与零电荷点的数值相同。
CAS号：
性质： 当溶液中决定电位离子的浓度为某一特定值时，固体表面上的净电荷等于零，两相(固/液)之间由自由电荷引起的电位差也为零，此时溶液中决定电位离子的浓度称为零电荷点(P.Z.C.)。与其密切相关的另一物理量是等电点(I.P.C)，它指的是固体表面的ζ电势为零的情形。在没有特性吸附离子存在时，等电点与零电荷点的数值相同。
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