Sentence examples for assessments of software from inspiring English sources

This paper compares different neural computing approaches to estimating the number of changes needed in a software product based on assessments of software quality.

Many new algorithms1,2 have been developed to accommodate today's flood of genomic data; however, systematic assessment of software tool performance remains a challenging and laborious process3.

This paper presents an overview of the state of the research and practice in the architecture-based approach to quantitative assessment of software systems.

This study integrates the RPG development and use for practice derived from the ELC's four stages based on practising the project assessment of software development in a software engineering course.

However, as a human-centered process, the assessment of software architecture for safety critical systems relies heavily on the experience and knowledge of the assessment team to ensure that the proposed architecture is consistent with the software functional and safety requirements.

For this purpose there is a need for the development and assessment of software tool that derives randomly generated EFSM specifications considering the various attributes of the EFSM model.

However, within the software engineering discipline, V&V involve assessments of the software architecture to ensure internal consistency and to establish its fitness to transition to the software implementation stage of development.

The evaluation shows that the assessment results of Rendex have 73%-80 73%-80ment with the manual assessment results of software engineers.

Mutation analysis is a common assessment approach of software testing investigations (Jia and Harman 2011).

Numerical examples are offered to test the derived formulas and illustrate their computational processes and applications in risk assessment of a software development.

Context: The performance assessment of complex software systems is not a trivial task since it depends on the design, code, and execution environment.