Sentence examples for Verification of requirements from inspiring English sources

This work will help software analyzers to decompose complicated requirement documents into separated concerns, and organize essential requirement information as rigorous models, which will both facilitate simulation and verification of requirements and set up the starting point for the model-driven development.

The objective of the test described in this section was the verification of requirement 1.2.1 from Table 1, thus to verify the crossover frequencies between the noise reduction subsystem's subbands.

For automated systems with level of security, the verification of time requirements is an essential part of the process validation system.

One project in this area was the representation and verification of timing requirements for asynchronous digital systems.

Often exhaustive verification of the requirements appears to be costly and a hasty and random choice of properties leaves out the critical an essential ones.

The contribution of this approach is threefold: first, unlike existing approaches, it allows for the verification of several requirements at once.

In this work we present a Model Driven Engineering methodology that addresses validation and verification of security requirements by using formal methods and model transformation algorithms.

Academic advisors from the Office of Student Services can assist a student in short- and long-term course planning, verification of degree requirements, provide connections to on-campus academic and wellness support services, and general support.

We present our case study experience in this area as a candidate method for the engineering, validation and verification of generic requirements using domain engineering and Formal Methods techniques and tools.

The verification of isolated requirements like the subbands' crossover frequencies or the superposition of noise reduction effect with effects of other subsystems could successfully be demonstrated.

This paper builds on a framework for formal verification of architectural requirements, either from a qualitative or quantitative (probabilistic) point of view, which will leverage analysis and adaptation prediction.