Cisco Network Admission Control

Cisco Network Admission Control pdf epub mobi txt 电子书 下载 2026

出版者:Macmillan Technical Pub
作者:Frahim, Jazib/ Santos, Omar/ White, David, Jr.
出品人:
页数:624
译者:
出版时间:2006-1
价格:$ 73.45
装帧:Pap
isbn号码:9781587052255
丛书系列:
图书标签:
  • Cisco
  • NAC
  • 网络准入控制
  • 网络安全
  • 身份验证
  • 授权
  • 访问控制
  • 802
  • 1X
  • RADIUS
  • 安全策略
  • 网络基础设施
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具体描述

Cisco Network Admission Control Volume II: NAC Framework Deployment and Troubleshooting The self-defending network in action Jazib Frahim, CCIE(R) No. 5459 Omar Santos David White, Jr., CCIE No. 12,021 When most information security professionals think about threats to their networks, they think about the threat of attackers from the outside. However, in recent years the number of computer security incidents occurring from trusted users within a company has equaled those occurring from external threats. The difference is, external threats are fairly well understood and almost all companies utilize tools and technology to protect against those threats. In contrast, the threats from internal trusted employees or partners are often overlooked and much more difficult to protect against. Network Admission Control (NAC) is designed to prohibit or restrict access to the secured internal network from devices with a diminished security posture until they are patched or updated to meet the minimum corporate security requirements. A fundamental component of the Cisco(R) Self-Defending Network Initiative, NAC enables you to enforce host patch policies and to regulate network access permissions for noncompliant, vulnerable systems. Cisco Network Admission Control, Volume II, helps you understand how to deploy the NAC Framework solution and ultimately build a self-defending network. The book focuses on the key components that make up the NAC Framework, showing how you can successfully deploy and troubleshoot each component and the overall solution. Emphasis is placed on real-world deployment scenarios, and the book walks you step by step through individual component configurations. Along the way, the authors call out best practices and tell you which mistakes to avoid. Component-level and solution-level troubleshooting techniques are also presented. Three full-deployment scenarios walk you through application of NAC in a small business, medium-sized organization, and large enterprise. "To successfully deploy and troubleshoot the Cisco NAC solution requires thoughtful builds and design of NAC in branch, campus, and enterprise topologies. It requires a practical and methodical view towards building layered security and management with troubleshooting, auditing, and monitoring capabilities." -Jayshree V. Ullal, Senior Vice President, Datacenter, Switching and Security Technology Group, Cisco Systems(R) Jazib Frahim, CCIE(R) No. 5459, is a senior network security engineer in the Worldwide Security Services Practice of the Cisco Advanced Services for Network Security team. He is responsible for guiding customers in the design and implementation of their networks with a focus on network security. Omar Santos is a senior network security engineer in the Worldwide Security Services Practice of the Cisco Advanced Services for Network Security team. He has more than 12 years of experience in secure data communications. David White, Jr., CCIE No. 12,021, has more than 10 years of networking experience with a focus on network security. He is currently an escalation engineer in the Cisco TAC, where he has been for more than six years. * Effectively deploy the Cisco Trust Agent * Configure Layer 2 IP and Layer 2 802.1x NAC on network access devices * Examine packet flow in a Cisco IOS NAD when NAC is enabled, and configure Layer 3 NAC on the NAD * Monitor remote access VPN tunnels * Configure and troubleshoot NAC on the Cisco ASA and PIX security appliances * Install and configure Cisco Secure Access Control Server (ACS) for NAC * Install the Cisco Security Agent Manage-ment Center and create agent kits * Add antivirus policy servers to ACS for external antivirus posture validation * Understand and apply audit servers to your NAC solution * Use remediation servers to automatically patch end hosts to bring them in compliance with your network policies * Monitor the NAC solution using the Cisco Security Monitoring, Analysis, and Response System (MARS) This security book is part of the Cisco Press(R) Networking Technology Series. Security titles from Cisco Press help networking professionals secure critical data and resources, prevent and mitigate network attacks, and build end-to-end self-defending networks. Category: Cisco Press-Security Covers: Network Admission Control

好的,这是一份关于一本假想图书的详细简介,该图书的书名为《Cisco Network Admission Control》,但其内容完全与思科网络准入控制(NAC)无关,专注于一个完全不同的技术领域。 --- 书籍名称:《Cisco Network Admission Control》 (注:本书内容与思科网络准入控制技术无关) 深入探索:量子纠缠与超光速信息传输的理论基石 作者: 阿尔伯特·冯·海森堡、伊丽莎白·里德 出版社: 环球科学文献出版社 页数: 850页(精装) ISBN: 978-1-94882-010-3 --- 内容简介 本书《Cisco Network Admission Control》并非聚焦于传统的网络安全架构或思科技术栈,而是深入剖析了当代物理学中最具颠覆性的前沿领域:量子信息论、时空几何的非线性效应,以及构建下一代超光速(FTL)通信系统的理论框架。 本书的作者团队汇集了理论物理学和高能数学领域的顶尖专家,他们以严谨的数学推导和创新的物理模型,为读者描绘了一幅关于信息如何在宇宙尺度上实现即时传输的宏伟蓝图。尽管书名采用了看似科技行业的术语,其核心内容却完全致力于解答爱因斯坦曾经困惑的“鬼魅般的超距作用”在信息科学中的终极潜力。 第一部分:纠缠态的非定域性与信息熵的重构 本书的第一部分奠定了理解量子纠缠作为信息载体的基础。我们摒弃了将纠缠视为仅用于加密或计算的传统观点,而是将其视为一种时空拓扑结构本身的瞬时关联。 薛定谔猫的极限延伸: 我们探讨了多粒子纠缠态的宏观表现形式,并引入了“玻姆势”在信息传递过程中的修正模型。不同于标准量子力学对测量的解释,本书提出了一种新的信息坍缩机制,该机制与局域洛伦兹不变性无关。 量子信息熵的几何解释: 详细推导了冯·诺依曼熵在弯曲时空中的演化方程。核心章节展示了如何通过构建特定的“时空环面结构”,使纠缠对中的一个粒子状态的改变,能够在零时间延迟内影响另一个粒子的宏观可观测属性,而无需传统的波函数传播。 贝尔不等式的局域隐变量限制: 深入分析了为何传统意义上的“隐变量”无法实现超光速通信,并提出了“结构化非局域性”(Structured Non-Locality, SNL)的概念,这是一种依赖于预先设定的、在宇宙大爆炸时建立的初始条件集。 第二部分:曲率驱动的信息通道与时间折叠效应 第二部分是本书最具创新性、也最具争议性的部分。作者将广义相对论与量子信息论相结合,提出了构建实际FTL通信通道的可行性理论模型。 爱因斯坦-罗森桥的量子拓扑实现: 传统的虫洞理论需要奇异物质或负能量来维持。本书提出了一种基于高频引力波调制的替代方案。通过精确控制特定频率和强度的引力波束,理论上可以在局部时空中诱导出一个微小的、瞬时可用的“量子隧穿效应”通道。 高维时空与信息的投影: 我们引入了卡鲁扎-克莱因理论的现代修正版,认为信息并非在三维空间中传播,而是被“投影”到高维空间($D>4$)中,并在这些维度中实现了瞬时跨越,随后在目标点的较低维度中重新显现。书中提供了复杂的张量分析,证明了在特定时空曲率梯度下,信息的“流失”可以被最小化。 时间折叠悖论的规避: FTL通信的固有难题是祖父悖论。本书通过引入“因果保守场”(Causal Conservation Field, CCF)的概念,证明了在超光速通信的框架下,任何试图修改过去的信息都会被高维引力场的反馈机制所抑制,从而保证了时间序列的逻辑一致性。 第三部分:实用化挑战与数学基础的深度解析 最后一部分聚焦于将这些理论转化为工程实践所需的数学和物理工具,并坦诚地讨论了当前实验技术的局限性。 张量网络与量子纠缠的映射: 书中详细介绍了如何使用先进的张量网络方法来模拟和优化纠缠态的稳定性和可控性,这需要比现有任何超级计算机都强大得多的计算能力。 超低温下的量子噪声抑制: 为了维持纠缠态的相干性以支持信息传输,环境噪声是最大的敌人。作者提出了基于“零点能”反馈的自适应噪声消除系统,其理论模型超出了当前材料科学的范畴。 基础数学工具箱: 附录部分提供了理解全书所需的高级微分几何、非交换几何以及超对称理论在量子信息中的应用细节,为专业研究人员提供了深入挖掘的工具。 目标读者 本书面向具有扎实高等数学和理论物理基础的研究人员、博士生,以及对量子力学、广义相对论前沿交叉领域有浓厚兴趣的资深工程师。它不是一本入门读物,而是对物理学基础极限的一次深刻挑战。本书的讨论风格尖锐、论证严密,旨在推动下一代信息科学革命的理论基石。 ---

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