The phrase "authorization model" is correct and usable in written English.
It can be used in contexts related to security, access control, or software development, where different levels of permissions or roles are defined.
Example: "The system's authorization model ensures that only authorized users can access sensitive data."
Alternatives: "access control model" or "permission framework".
A prototype system is developed to realize the effectiveness of the proposed authorization model.
The discussion begins with authorization basics and later on explains the Windows authorization model.
It includes an organizational model and an authorization model for supporting dynamic business processes.
FLAC combines the insights of two previous models: it extends the Dependency Core Calculus with features made possible by the Flow-Limited Authorization Model.
The modeling mechanism is developed in such a way that the construction of the authorization model for a workflow can be automated.
A novel authorization model that incorporates authorization rules is then proposed to support the planning of assigning tasks to roles/users, and the run-time activation of tasks.
Unlike other system types, distributed systems – and especially distributed collaborative systems – can require custom, fine-grained authorization models and enforcement approaches that are able to take into account a range of semantic subtleties.
Although some authorization models for hypermedia have been proposed, what is needed is to integrate security modeling into the whole development process, so that designers count on methods to specify all the features of their hypermedia systems, including navigation capabilities, interactivity, multimedia features as well as security.
In this paper, we proposed a new usage control protocol model, namely multi-UCON (MUCON) with secure dynamic authentication and authorization mechanisms, including three authorization models, machine to machine coding, sharing with one user domain, and making the rights transfer under controlled as well as flexible accrediting which can be applied.
Firstly, in our proposed model, the clients of DRM (CDRM) could select different authorization models of the DRM server (SDRM) according to their needs and submit the machine identifier CID and its application information CINFO to the SDRM before using the protected digital content; this course is called feature binding.
From an engineering perspective, we were working at the forefront of some truly interesting technologies, such as search indexing, natural language processing, automatic categorization, content sharing, and authorization models.
