项目名称: 物联网关键技术RFID系统安全测试的仿真架构.评估模型和受攻击模式的研究和实践
项目编号: No.61461009
项目类型: 地区科学基金项目
立项/批准年度: 2015
项目学科: 无线电电子学、电信技术
项目作者: 郑欣
作者单位: 贵州师范大学
项目金额: 46万元
中文摘要: 物联网关键技术RFID的安全性问题已经成为制约其发展的主要障碍,为发现和研究RFID系统的安全隐患,加强其安全措施,急需一个RFID系统仿真模型能模拟系统受不同攻击时的状况并输出仿真结果和根据该结果对其进行安全评估的统一评估模型。本项目主要研究与RFID系统安全性测试相关的三个方面的理论,即系统仿真架构,安全评估模型和受攻击模式的模型。通过创新性的多层次多等级网络结构理论为RFID系统建立仿真模型,以模糊数学和层次分析法的思路来发展新理论指导建立安全评估模型,攻击模型拟借鉴或改进多代理机制的理论来集成到RFID系统的仿真中去,最后通过建立RFID系统的仿真安全测试平台来验证新理论和方法的可用性和实用性。不仅项目完成后的提出的新理论可以指导其他大型信息系统的建模和安全评测,特别是物联网技术构建的系统,而且项目的验证平台还对新安全协议的开发和测试以及RFID系统的合理部署都有着重大应用价值。
中文关键词: 信息系统仿真;信息系统测试平台;攻击模型;安全评估;RFID系统
英文摘要: Nowaday, the privay and security issues of RFID (Radio Frequency IDentification) technology, the key of IOT (Internet of Things), have blocked its development. Currently, in order to find out and research on the patient secuiry problems of the RFID system and strength its security, the simulation model of a RFID system, which can imitate under different attack scenarios and provide the output, is necessary. We still need a security evaluation model to evaluat security of the system based on the output from its simulation. Our research focuses on three fields related to security tests of a RFID system, such as simulation framework, security evaluation model, and attack model. The simulation model of a RFID system will be developed according to the proposed mulitlayer multi-hierarchical network. A security evaluation model will be built through the new theory based on fuzzy mathematics and AHP (Analytic Hierarchy Process) and attack models will be linked to the simulation using a multi-agent way. Finally, a simulation based security testing platform will be developed to validate these proposed theories. The building simulation model and security evaluation of large information systems, especially IOT systems, can follow these new theories. The security testing platform is also helpful to do the test and development of a new security protocol and reduce the patient secuiry problems of a RFID system by a rational distribution.
英文关键词: simulation model;security testing platform;attack model;security evaluation model;RFID system