Sentence examples for the development of requirements from inspiring English sources

Because the activities of the scripts are not explicitly connected to the goals, objectives of the offender (and security team), most scripts found in the literature offer little analytical support for the development of requirements.

Without the ability to test and verify them, the application of crime scripts to the development of requirements is very limited, as most SEFs based on the V model (a development model with successive phases of test and integration) require systems requirements to be verified and traceable (e.g. INCOSE 2010 ISO 2011 p34-366).

The methods reported here provide guidance for the development of strategic requirements necessary for the design of complex human machine interface systems and assist with assessments of human operator performance criteria.

In developing automated tools for verification for an Information systems (IS), there exists a need for a methodology for the development of information requirements maintenance toolkits which will maintain IS with unconstrained and constrained requirements.

One common improvement in environmental regulation made since the 1970s has been the development of performance requirements, which allow actors to determine their own course of action to meet the standard.

The chapter first reviews the development of seismic requirements for nonstructural components in the United States.

Because of the inherent uncertainty in these systems, goal based approaches can help in the development of their requirements.

This paper presents the development of technical requirements for the design of aircraft-mounted sampling equipment for the airborne radioactivity monitoring.

The development of International Civil Aviation Organization ICAOO) requirements of aircraft engine emission is reviewed in this paper with special focus on the influence on commercial aircraft engine combustor design.

To support the development of such requirements, useful guidelines are provided for test and evaluation of airborne laser systems including laboratory, ground and flight test activities.

An important part of this interaction is supporting the development of test requirements and methodologies that enable systematic evaluations of systems under conditions that mirror those of the real world.