Specific types of architectural effects on requirements decisions are identified, as are different aspects of the architecture together with the extent of their effects.
The data collected was based on a new meta-model for requirements decisions, which is a bi-product of this study.
In all, the results establish that requirements quality is indeed a predictive factor for end system operational performance; and the resulting statistical model can inform requirements decisions based on likelihood of successful operational performance.
Part 764 of this chapter, State Processes for Designating Areas Unsuitable for Surface Coal Mining Operations, pertaining to petitioning, initial processing, hearing requirements, decisions, data base and inventory systems, public information, and regulatory responsibilities, are applicable in Massachusetts beginning on May 28 1983.
Part 764 of this chapter, State Processes for Designating Areas Unsuitable for Surface Coal Mining Operations, pertaining to petitioning, initial processing, hearing requirements, decisions, data base and inventory systems, public information, and regulatory responsibilities shall apply to surface coal mining and reclamation operations.
Part 764 of this chapter, State Processes for Designating Areas Unsuitable for Surface Coal Mining Operations, pertaining to petitions, initial processing, hearing requirements, decisions, data base and inventory systems, public information, and regulatory responsibilities shall apply to surface coal mining operations beginning one year after the effective date of this program.
Part 764 of this chapter, State Processes for Designating Areas Unsuitable for Surface Coal Mining Operations, pertaining to petitioning, initial processing, hearing requirements, decisions, data base and inventory systems, public information, and regulatory responsibilities shall apply to surface coal mining and reclamation operations beginning one year after the effective date of this program.
To fully satisfy the design requirements, decision-making support is essential to correctly select the most appropriate design, materials, and manufacturing processes in the design and development of new engineering products.
The question of the "manner in which an existing software architecture affects requirements decision-making" is considered important in the research community; however, to our knowledge, this issue has not been scientifically explored.
While functional requirements specify the functionalities to be implemented, non-functional requirements suggest decisions on the architectural model.
