《云计算与虚拟化技术 Cloud and virtualization technology》参考资料：4 Reasons to Embrace Multi-Cloud with Network Virtualization

Chapter 1:The Virtual Data Center Chapter 2:The Discovery Process Chapter 3:The Design Factors Chapter 4:vSphere Management Design Chapter 5:vVSphere Storage Design Chapter 6:vVSphere Network Design Chapter 7:vSphere Compute Design Chapter 8:vSphere Physical Design Chapter 9:Virtual Machine Design Chapter 10:Deployment Workflow and Component Installation Chapter 11:Configuring and Managing vSphere 6.7 Chapter 12:Life Cycle Management, Patching, and Upgrading Chapter 13:VM Deployment and Management Chapter 14:VM Resource Management Chapter 15:Availability and Disaster Recovery Chapter 16:Securing and Protecting Your Environment Chapter 17:Analyzing and Optimizing Your Environment Chapter 18:Troubleshooting Your Environment Chapter 19:Building Your Own VMware vSphere Lab

河南中医药大学：《云计算与虚拟化技术 Cloud and virtualization technology》课程教学资源（理论课程教学大纲）

河南中医药大学：《云计算与虚拟化技术 Cloud and virtualization technology》课程教学资源（实验课程教学大纲）

• Define cloud services, including types and service models • How to define cloud service requirements and identify appropriate services • Survey cloud-based security capabilities and offerings • Discuss cloud storage encryption considerations • Protection of cloud-based applications and infrastructures • Explain the major federated identity management standards and how they differ

• 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

• Attacks against browsers • Fake and malicious websites • Attacks targeting sensitive data • Injection attacks • Spam • Phishing attacks

• Define privacy and fundamental computer-related privacy challenges • Privacy principles and laws • Privacy precautions for web surfing • Spyware • Email privacy • Privacy concerns in emerging technologies

• 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