The rules used by NIDS can be divided into two groups: the content rules and.
入侵检测的规则可分为内容规则和非内容规则。
The age of any further cases will dictate the target age groups for the two subsequent NIDs.
任何进一步病例的年龄将为今后两次国家免疫日指示目标年龄组。
A network intrusion detection system (NIDS) based on data filter and load balance was described.
介绍了一种基于正则表达式的网络数据过滤的应用程序设计方法。
In Angola, National Immunization Days (NIDs) are planned for September, and additional responses are being discussed.
在安哥拉，计划9月开展全国免疫日活动，并开展了有关其它应对措施的讨论。
The first round of nationwide NIDs started in Turkmenistan on 12 July 2010, and Kyrgyzstan started its first round on 19 July.
2010年7月12日，土库曼斯坦开始了首轮全国性免疫日活动。吉尔吉斯斯坦7月19日开始了首轮免疫活动。
The performance of the Network Intrusion Detections Systems (NIDS) often relies on exact and fast pattern matching techniques.
网络入侵检测系统的性能一定程度依赖于精确、快速的模式匹配技术。
But it was so simple: Sony just "cloned" functions with different nids, to trigger a "function not found" error in older firmwares.
但是它也挺简单的：索尼只不过是把功能用不同的网络接入方法“克隆”了一下，从而在旧的固件中引发出“功能未被发现”的错误。
With the internet used increasingly, more and more people attach importance to the intrusion detection system based on network (NIDS).
随着因特网应用的日益普及，基于网络的入侵检测越来越受到重视。
Through the research on the operating principle of human immune system, a NIDS model was given based on its principle and architecture.
通过对人类免疫系统工作原理的研究，根据其原理、体系结构建立了一个基于免疫原理的网络入侵检测系统模型。
At the end of the paper, analyze defects and the possible improvement of the NIDS, also the problems that NIDS is now being facing with.
最后分析了该系统的可以改进的方面以及网络入侵检测目前面临的问题。
National immunization Days (NIDs) using bivalent OPV have been conducted in May, with further supplementary immunization activities (SIAs) planned for June.
今年5月已经利用双价口服脊灰疫苗开展了全国计划免疫日活动(NIDs)，今年6月计划进一步开展补充免疫活动(SIAs)。
Multi-properties match algorithm is presented and applied in NIDS by introducing G-T algorithm and linear-time algorithm based on biological immune theory.
通过对基于生物免疫理论的G-T算法和线性时间算法的介绍，提出了多特征匹配算法并将其应用于网络入侵检测系统中。
Routine immunization and NIDs should be strengthened and conducted continually especially to floating the children and the children beyond the family plan .
抓好常规免疫，开展强化免疫，重点是流动儿童、超生儿童及偏远地区儿童；
In this paper, conclude the architecture and classifications of IDS. Then proposed an implementation of a NIDS which is developed on the base of Linux operating system.
文中归纳了入侵检测系统的结构和类别，并提出了一个基于网络的入侵检测系统的设计思想。
On these basis, the paper studies and analyzes the design of knowledge base of network intrusion detection system (NIDS); and discuss the framework of knowledge base for NIDS.
在此基础上，论文对网络入侵检测系统(NIDS)的知识库设计进行了分析和研究，对NIDS的知识库进行构架。
Both of the IDS have advantages and disadvantages. HIDS is mainly used to protect important host or server and NIDS is mainly responsible to detect and protect entire network segment.
这两种系统各有优缺点，HIDS主要用来保护关键主机或服务器，而NIDS主要是负责监测和保护整个网段。
A new implementation of NIDS for fast - speed Ethernet based on the MPM method is proposed finally, and the detection strategies applied FPGA logic and kernel logic are described in detail.
最后，本文给出了一种基于多层模式匹配的高速以太网nids实现方案，并对FPGA硬件逻辑和核心态软件逻辑采用的检测策略进行了详细说明。
With the rapid improvement of net speed and the emergence of various attacking means, the existing NIDS cannot effectively deal with the missing detective information in high-speed network.
随着网络速度的迅速提高，各种攻击手段的层出不尽，现行网络入侵检测系统（NIDS）很难适应当前高速网络环境而导致大量的漏检现象。
The model of the network security monitor system discussed in the thesis USES the popular intrusion detection technology as the main method, and adopts the technology based on real-time NIDS.
本文中所设计的网络安全监测模型，以当今流行的入侵检测技术为主要方法，采用实时的基于NIDS的技术。
The paper analyzes the reasons and damages of magnitude alerts and false positive of Network Intrusion Detection System (NIDS) from the principle, configuration strategies and the form of alerts.
该文从网络入侵检测系统(NIDS)的工作原理、配置策略和警报格式三方面对其重复警报信息量大、误报多的原因进行了详细分析，指出了因此带来的危害。
The paper analyzes the reasons and damages of magnitude alerts and false positive of Network Intrusion Detection System (NIDS) from the principle, configuration strategies and the form of alerts.
该文从网络入侵检测系统(NIDS)的工作原理、配置策略和警报格式三方面对其重复警报信息量大、误报多的原因进行了详细分析，指出了因此带来的危害。
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