The property of software in which software product may be adapted to changes of specifications.

Related MCQs

• Match the following: A- Formal mathematical transformation: B- Formal process model: C-Formal Specifications: D-Formal System development: 1- Here the formal mathema- tical representation of the system takes place. 2- It is a starting point for process analysis. It is abstract and only defines the principal process activities and deliverables. 3-Specifications expressed in a language whose vocabulary, syntax and semantics are formally defined. 4-It is more common to waterfall model, but here the development process is based on formal mathematical transformation of a system specification to an exactable program.
• Software implementation converts system specifications into
• Which of the property of software modularity is incorrect with respect to benefits software modularity?
• Which of the property of software modularity is incorrect with respect to benefits software modularity?
• Which of the property of software modularity is incorrect with respect to benefits software modularity?
• This set of Basic Software Engineering Questions and Answers focuses on “Function Oriented Software Design”. 1. Choose the option that does not define Function Oriented Software Design.
• Transforming of logic and data from design specifications (design descriptions) into a programming language
• If you were a lead developer of a software company and you are asked to submit a project/product within a stipulated time-frame with no cost barriers, which model would you select?
• The software life cycle can be said to consist of a series of phases. The classical model is referred to as the waterfall model. Which phase may be defined as “The concept is explored and refined, and the client’s requirements are elicited?”
• Match the following : A-Control metrics : B- Process metrics: C- Control: D-Correctness: 1- They are associated with software process. 2- They are associated with software products. 3- Protective measure that reduces system vulnerability. 4- Extent to which a system or component is free from faults in its specification, design, and implementation