The phrase "access control tests" is correct and usable in written English.
It can be used in contexts related to cybersecurity, software development, or systems administration, where testing the effectiveness of access control measures is relevant.
Example: "Before deploying the new software, we need to conduct access control tests to ensure that only authorized users can access sensitive data."
Alternatives: "authorization tests" or "access verification tests".
This system has around 100 tables and 50 interfaces to manage patient and family data, medical, laboratory and disease information, clinical annotations, access control, tests, relationships between tests and diseases, testing order, their execution and analyses.
This chapter pursues the goal of describing the landscape in the research area of access control testing.
Through this work, we aim at providing useful guidelines for software testers to improve the current trends in access control testing.
Access control testing is one important activity during the development of RBAC systems since implementation mistakes may lead to security breaches.
This concept has been investigated under MBT (Cartaxo et al. 2011), access control testing (Bertolino et al. 2015) and software product line (SPL) testing (Henard et al. 2014) domains, but it has never been applied to RBAC.
We also provide an outline of some existing initiatives that support usage control besides access control by testing obligation policies.
This characteristic is relevant to setting access controls on test results because it raises the question of where the information should be stored.
In this manuscript we explore key factors to consider in EMR design decisions regarding access controls on genetic testing results, and discuss characteristics of classes of genetic tests relevant to how EMRs use, display, and offer decision support for genetic testing information.
The second paper, "Similarity testing for role-based access control systems" by Carlos Diego Nascimento Damasceno, Paulo Cesar Masiero, and Adenilso Simao, proposes an approach for similarity testing of Role-Based Access Control (RBAC) systems.
These features allow us to run arbitrary code submissions for the SQuAD leaderboard, all while keeping the test set secret using CodaLab access control lists.
Moreover, controlled access is provided via access control mechanisms.
