摘要
文章在分析考试舞弊原因、网络考试实施过程四要素的基础上,对ISO安全服务模型进行扩展,提出包括身份认证、试题访问控制、加密试题信息、数据防篡改、保护考试通道、防作弊组卷和限制考生端行为等7项防范措施的综合防舞弊技术机制,并阐述远程命令技术、数据库端加密技术等关键问题。实践表明,综合防舞弊网络考试系统具有良好的防舞弊性能。
Since a single anti-cheating technique can not be fully effective,the researchers develop a Comprehensive Anti-Cheating Network Examination System(CACNES) to cope with the challenges from a variety of cheating on examination.First,the cause of cheating on examination and the four elements of network examination's implementation process are analyzed in this paper.Then,a Comprehensive Anti-Cheating Technique Mechanism that extended from the ISO Security Services Model is brought forward.It includes seven precautions,such as authentication,test questions access control,encryption for test information,data anti-tampering,protection of examination channels,and limit of the candidate's side behaviors,etc.Last,some key issues are elaborated,including remote command technology,database-side encryption technology,etc.Practice shows that the CACNES has a good anti-cheating performance.
出处
《现代教育技术》
CSSCI
2012年第5期102-107,共6页
Modern Educational Technology
基金
全国教育科学"十二五"规划2011年度教育部重点课题"构建‘三位一体’师范生教育技术能力培养模式的创新研究"(编号DMA110314)
韩山师范学院教学改革研究课题"‘现代教育技术’考试平台开发与应用"(编号HJG1107)资助
关键词
网络考试系统
防舞弊
综合机制
network examination system
anti-cheating
comprehensive mechanism