The phrase "solution feasibility" is grammatically correct and can be used in written English.
It is often used in the context of problem-solving or decision-making to describe the extent to which a proposed solution is practical or achievable. Example: In order to address the current issue, we need to consider the cost, time constraints, and solution feasibility of each proposed approach.
To show our solution feasibility, we designed a reactive and proactive use case depicting security concerns of current MCPS.
Genetic codes and operators are specially designed to ensure the solution feasibility as well as to speed up the solution convergence.
To improve the algorithm efficiency, six reduction rules are suggested from the perspectives of solution feasibility, determination of the replacement of LLPs, determination of the maintenance occasion and solution optimality.
The robustness of solution is measured via its stability radius, i.e., as the maximal amplitude of deviations for task time nominal values that do not violate the solution feasibility.
We assume that rejecting requests is not permitted (solution feasibility is guaranteed by the soft evening-depot time window, described subsequently).
Solution feasibility is always ensured by starting the search from a feasible point and allowing only feasible moves, thus reducing the search space as well.
Subjective models result in a confidence indicator for the solutions' feasibility.
The earliest and simplest model for structuring the design process is linear, consisting of steps such as problem identification; problem statement with design criteria; specification of requirements; ideation: devising possible solutions; feasibility analysis; optimization; selection of solution; detailed design; implementation; testing; release; and maintenance.
The solutions proposed through this process were also practically applicable, but one of the main reasons for the solutions' feasibility was probably the comprehensive information collection prior to employing the framework.
However, one of the main reasons for the solutions' feasibility is that they seek to implement stakeholders' expressed wishes as revealed during the authors' comprehensive information collection amongst the stakeholders.
Therefore, the modified physical prototype with the round solution proofed feasibility and efficiency of this approach.
