This paper puts forward the plan on constructing information security attack and defense platform based on cloud computing and virtualization, provides the hardware topology structure of the platform and technical fra...This paper puts forward the plan on constructing information security attack and defense platform based on cloud computing and virtualization, provides the hardware topology structure of the platform and technical framework of the system and the experimental process and technical principle of the platform. The experiment platform can provide more than 20 attack classes. Using the virtualization technology can build hypothesized target of various types in the laboratory and diversified network structure to carry out attack and defense experiment.展开更多
在大学网络攻防技术实验课程的教学中,由于受到硬件条件的限制,很难完成涉及多主机和多网段较为复杂的实验。介绍了应用VMware v Sphere的虚拟化技术构建基于第三代密网技术的虚拟网络实验平台的方法,实现了随时随地远程登录和管理,并...在大学网络攻防技术实验课程的教学中,由于受到硬件条件的限制,很难完成涉及多主机和多网段较为复杂的实验。介绍了应用VMware v Sphere的虚拟化技术构建基于第三代密网技术的虚拟网络实验平台的方法,实现了随时随地远程登录和管理,并允许学生开展网络攻防实验,同时可以降低对实验计算机的配置要求。通过分别对2011和2012级计算机专业学生进行实际教学实践,取得了预期的教学效果,并获得了学生的良好评价与反馈。展开更多
文摘This paper puts forward the plan on constructing information security attack and defense platform based on cloud computing and virtualization, provides the hardware topology structure of the platform and technical framework of the system and the experimental process and technical principle of the platform. The experiment platform can provide more than 20 attack classes. Using the virtualization technology can build hypothesized target of various types in the laboratory and diversified network structure to carry out attack and defense experiment.
文摘在大学网络攻防技术实验课程的教学中,由于受到硬件条件的限制,很难完成涉及多主机和多网段较为复杂的实验。介绍了应用VMware v Sphere的虚拟化技术构建基于第三代密网技术的虚拟网络实验平台的方法,实现了随时随地远程登录和管理,并允许学生开展网络攻防实验,同时可以降低对实验计算机的配置要求。通过分别对2011和2012级计算机专业学生进行实际教学实践,取得了预期的教学效果,并获得了学生的良好评价与反馈。