People create network virtual space that is completely different from the real space through network information technologies.The characteristics of network virtual space are that the subject can obtain a similar real...People create network virtual space that is completely different from the real space through network information technologies.The characteristics of network virtual space are that the subject can obtain a similar real space experience.From the perspective of phenomenology of technics,in order to analyze the virtual space of the network,it is necessary to clear the phenomenological concepts,such as space,space experience,and virtual space experience,so as to know the type of network virtual space experience,explore the essential characteristics,and find solutions to the ethical conflicts in the virtual space experience of the network.展开更多
随着网络攻击日益频繁和复杂,入侵检测系统(IDS)在网络安全防护中扮演着至关重要的角色。提出了一种基于EVE-NG(emulated virtual environment next generation)的虚拟网络实验平台,并使用Vue前端框架构建了高可用性的用户界面,用于模...随着网络攻击日益频繁和复杂,入侵检测系统(IDS)在网络安全防护中扮演着至关重要的角色。提出了一种基于EVE-NG(emulated virtual environment next generation)的虚拟网络实验平台,并使用Vue前端框架构建了高可用性的用户界面,用于模拟真实网络环境并进行入侵检测实验。通过在虚拟环境中灵活搭建多种网络拓扑和设备,学生能够模拟不同攻击场景,并通过友好的用户界面实时监控和分析检测系统性能。结果表明,该平台不仅降低了实验成本,提升了实验的灵活性和可重复性,还为网络安全虚拟仿真实验提供了高效的解决方案。展开更多
文摘People create network virtual space that is completely different from the real space through network information technologies.The characteristics of network virtual space are that the subject can obtain a similar real space experience.From the perspective of phenomenology of technics,in order to analyze the virtual space of the network,it is necessary to clear the phenomenological concepts,such as space,space experience,and virtual space experience,so as to know the type of network virtual space experience,explore the essential characteristics,and find solutions to the ethical conflicts in the virtual space experience of the network.
文摘随着网络攻击日益频繁和复杂,入侵检测系统(IDS)在网络安全防护中扮演着至关重要的角色。提出了一种基于EVE-NG(emulated virtual environment next generation)的虚拟网络实验平台,并使用Vue前端框架构建了高可用性的用户界面,用于模拟真实网络环境并进行入侵检测实验。通过在虚拟环境中灵活搭建多种网络拓扑和设备,学生能够模拟不同攻击场景,并通过友好的用户界面实时监控和分析检测系统性能。结果表明,该平台不仅降低了实验成本,提升了实验的灵活性和可重复性,还为网络安全虚拟仿真实验提供了高效的解决方案。
