1) mandatory access control
强制访问控制
1.
The Mandatory Access Control Module Design based on C DBMS;
基于C级数据库管理系统的强制访问控制模块的设计
2.
Implementation and Automatic Testing of Mandatory Access Control on Linux;
基于Linux的强制访问控制机制及其安全测试自动化的研究
3.
Research of mandatory access control based on the database of Logic SQL
基于LogicSQL数据库的强制访问控制研究
2) MAC
强制访问控制
1.
Research on Uniform Model of RBAC and MAC;
角色访问控制和强制访问控制的统一模型研究
2.
The MAC(mandatory access control) is often used security enhancing technique of operating system.
LSM(Linux Security Modules)是得到Linus Torvalds本人支持的安全访问控制的底层架构,强制访问控制是操作系统安全增强技术中经常采用的方式。
3.
This paper proposes a fine-grained XML inference control mechanism, solves the problem of sensitive information inference that cannot be solved by MAC(Mandatory Access Control),presents the evaluation function to obtain the best solution through scanning the AND/OR graph twice,and introduces the pruning methods to publish the secure information as widely as possible.
本文提出了一种细粒度的XML推理控制机制,解决了强制访问控制所不能解决的敏感信息推理问题;引入了评价函数和剪枝策略,进行两次与/或图的扫描便可获得最佳方案,实现了安全信息最大化发布。
3) Mandatory Access Control(MAC)
强制访问控制
1.
This paper analyses the main design idea of Linux Security Module(LSM) and the problem of the intrinsic access control mechanism of Linux executable program, and discusses the design of Mandatory Access Control(MAC) mechanism of executable program based on LSM.
分析LSM框架的基本设计思想和Linux系统上原有的可执行程序访问控制机制存在的问题,在此基础上讨论在LSM框架下可执行程序强制访问控制机制的设计。
2.
First this paper makes research on the models of Mandatory Access Control(MAC),especially the Bell- Lapadula model based on information confidentiality and the Biba model based on information integrity.
论文首先研究强制访问控制模型,分析了基于信息保密性的Bell-Lapadula模型与基于信息完整性的Biba模型。
4) MAC(mandatory access control)
强制访问控制
1.
It could solve the problem of sensitive information inference that couldn t be solved by MAC(Mandatory Access Control).
提出了一种细粒度的XML推理控制模型及实现机制,解决了强制访问控制所不能解决的敏感信息推理问题;改进了算法,可快速获得解决敏感信息泄露的最佳方案;引入剪枝策略,实现了安全信息最大化发布。
5) mandatory access control
强迫访问控制
6) mandatory access
强制访问
1.
Mandatory access control security database middleware is designed and implemented based on Bell-LaPadula modal which meet the key character of B1 level database security standard such as labeling on sensitive object, mandatory access control and security auditing.
以Bell- LaPadula安全模型作为强制访问控制模型,设计和实现了一种强制访问安全数据库中间件。
补充资料：反馈控制(见控制系统)
反馈控制(见控制系统)
feedback control
于。。伙。]伙ongZ片}反馈控制(几edbaekcontrol)见拉制系统。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条