• Learn basic terms and primitives of cryptography • Deep dive into how symmetric encryption algorithms work • Study the RSA asymmetric encryption algorithm • Compare message digest algorithms • Explain the math behind digital signatures • Learn the concepts behind quantum cryptography

• Study the contents of a good security plan • Learn to plan for business continuity and responding to incidents • Outline the steps and best practices of risk analysis • Learn to prepare for natural and human-caused disasters

• Networking basics • Network threats and vulnerabilities • WiFi security • Denial-of-service attacks • Network encryption concepts and tools • Types of firewalls and what they do • Intrusion detection and prevention systems • Security information and event management tools

• Learn about memory organization, buffer overflows, and relevant countermeasures • Common programming bugs, such as off-by-one errors, race conditions, and incomplete mediation • Survey of past malware and malware capabilities • Virus detection • Tips for programmers on writing code for security

 了解安全操作系统的安全策略与模型。  了解安全操作系统的访问控制机制。  了解安全操作系统的评测方法与准则

• Define the Internet of Things and discuss associated emerging security issues • Discuss nascent efforts to financially measure cybersecurity to make sound investment decisions • Explore the evolving field of electronic voting, which has been an important and open security research problem for over a decade • Study potential examples of cyber warfare and their policy implications

局域网的特点及安全性分析 VLAN安全技术及应用 VPN安全技术及应用 3.1 局域网安全问题 3.2 访问控制技术 3.3 VLAN安全技术及应用 3.4 VPN安全技术及应用 3.5 备份技术 3.6 归档技术 3.7 容错技术

6.1 入侵检测原理 6.2 入侵检测实验 6.3 Snort扩展实验 6.4 基于虚拟蜜网的网络攻防实验 6.5 工控入侵检测实验

8.1 防火墙技术 • 防火墙的概念、特性、技术， • 自适应代理技术，防火墙的体系结构 • 防火墙的应用与发展 8.2 入侵检测技术 • 入侵检测概述，入侵检测系统分类 • 分布式入侵检测，入侵检测技术发展趋势 8.3 “蜜罐”技术 • 概念，分类，关键机制，部署结构 8.4 应急响应技术 • 应急响应的概念，应急响应策略 • 应急事件处理流程，应急响应技术及工具

• Basic security functions provided by operating systems • System resources that require operating system protection • Operating system design principles • How operating systems control access to resources • The history of trusted computing • Characteristics of operating system rootkits