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The system access control mechanism is the process of communicating, mediating, and transforming each and every request to system resources, applications, and data maintained by the real-time operating system and determining whether the request should be approved, created, granted, validated, or denied as per system security policy. The access control mechanism, assessment, and decision are enforced by implementing regulations established by a security policy. The different access control policies can be applied, corresponding to different levels (development, deployment, and production) of criteria for defining what should and what, when, and how should be or not be allowed and, in some sense, to different definitions of what ensuring security means. The authors investigate the basic concepts behind access control design and enforcement and point out different security requirements that may need to be taken into consideration. They apply  the attributes of UFS (read, write, and execute) to integrate, communicate, synchronize in real-time operating systems.

Dynamic Butterfly ACM for Risk Optimization on the Real-Time Unix Operating System