To effectively dealt with the digital campus wireless communications network instability problems, a multi-layered security protection of wireless network is present.
为有效解决校园无线通信网络不稳定的问题，提出了基于一种多层防护的安全的无线通信网络设计思想。
Intelligence to prevent attacks is part of what experts call a "layered" security approach.
防止袭击的情报是专家所说的“分层”保安措施的一部分。
Security is a complex topic, and the current approaches to securing SOAP seem to be taking a layered approach.
安全性是个复杂的问题，目前确保SOAP的安全性需要采取分层的方法。
For example, a security protocol channel can be layered over HTTP transport channel to provide secure communications over HTTP.
如，可以使用将安全协议信道置于HTTP传输信道之上来提供安全的HTTP传输通信。
Now that we have looked at an overview of Domino security, let's talk about security concerns that overlay this multi-layered approach.
现在我们已经概括了Domino的安全性，接下来我们将探讨涉及这个多层方法的安全问题。
Let's start with a brief review of the multi-layered Domino security model.
让我们从简要回顾多层Domino安全模型开始。
Single points of failure must be avoided, and cyber security defense must be layered to limit and contain the impact of any security incidents.
单点故障必须避免和网络安全防御，必须分层限制和遏制任何安全事故的影响。
Integrated with goal refinement method and entity refinement method, an algorithm of policy refinement is proposed in this paper on the basis of layered-policy model for security policy.
本文基于安全策略的分层管理模型，提出了一个集目标求精和实体求精为一体的安全策略逐级求精算法。
In order to protect these systems, we need to construct layered network security guarantee architecture, and IDS is one of the most important components of the architecture.
为了保障系统的安全，我们需要构建一个层次的网络安全保障体系，而入侵检测技术就是网络安全层次结构的一个重要组成部分。
These distinct threats require layered protection and intelligent security at the endpoint.
为了防御这些与众不同的威胁，需要在端点采用分层防护和智能防护技术。
These distinct threats require layered protection and intelligent security at the endpoint.
为了防御这些与众不同的威胁，需要在端点采用分层防护和智能防护技术。
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