摘要
对安全性要求较高的环境应该支持业务的可持续性,论文提出一种灾难恢复系统模型。模型强化了通信保障能力;创新地提出自我监测能力,实现对灾难恢复系统自身的完整性和安全性监测;使用GIS、GPS、RS技术使灾难恢复系统更易于使用、管理和维护。模型具有突出的安全性、健壮性和可管理性,适用于安全级别较高的环境。
Highly security-critical environment should support continuous service,The paper presents a new Robust Disaster Recovery System Model.RDRSM strengthens the ability of safe communication and guarantees the secure command on disaster recovery. Its self-supervision capability can monitor the integrality and security of disaster recovery system itself.Using real-time visible platform provided by GIS GPS and RS,the model can make disaster recovery system easier to use, manage and maintain. The model possesses features of security, robustness,controllability,and can be applied to highly security-critical environments.
出处
《网络安全技术与应用》
2006年第3期10-13,共4页
Network Security Technology & Application
基金
国家"十五"重点科技攻关计划"电子政务试点示范工程方案及平台规范研究"(2002AA1Z67101)
关键词
电子政务
持续服务
灾难恢复
风险评估
备份
e-government
continuous service
disaster recovery
risk assessment
backup
