The phrase "allocating requirements" is correct and usable in written English.
It can be used in contexts related to project management, resource planning, or any situation where specific needs or criteria are being assigned or distributed.
Example: "The team is currently focused on allocating requirements for the upcoming project to ensure all aspects are covered."
Alternatives: "distributing requirements" or "assigning requirements".
This creates an evident need to allocate requirements to certain components in a design hierarchy.
The third task is to allocate requirements to design components, system models, and tests that will verify them.
The process includes activities to establish top-level goals that a system must support, specify system requirements, synthesize alternative system designs, evaluate the alternatives, allocate requirements to the components, integrate the components into the system, and verify that the system requirements are satisfied.
Finally, the constraint ReqForRelease(S) guarantees that each release j has at least one allocated requirement.
It consists of basic activities including analyzing and tracking requirements, allocating satisfiers to requirements, and adjusting the optimality criteria.
For systems engineering, it is primarily concerned with identifying the subsystems, defining their interfaces, and allocating responsibilities and requirements to them.
Decision-making often involves, among other things, generating alternatives, setting priorities, choosing a best alternative, allocating resources, determining requirements, predicting outcomes, designing systems, optimizing performance, insuring the stability of a system, planning, and resolving conflicts.
The approach selected in this research for the structure of this reference framework is based on the generic model of software proposed in the COSMIC-ISO 19761 model, thereby allowing the functional size of the portability requirements allocated to software to be measured.
Likewise, scheduling methods such as round-robin, sweep method, and GSS (Global Site Selector) reduce the memory requirement by allocating resources based on estimation of minimum memory requirement and number of users.
i.e. the verification of individual agents knowledge requirements against allocated ontologies is required at design time.
