The phrase "specification optimization" is grammatically correct and can be used in written English.
It refers to the process of improving or maximizing the specifications (or specific details) of something. Example: The team worked on specification optimization to increase the performance and efficiency of the new product.
Effective specification, architecture, optimization and design technologies and methodologies for these, so called, cyber-physical systems must bridge the continuous discrete time and signals gaps.
Additionally, the developers will not find problems related to hardware specification or optimization to efficiently embed their applications.
The input specifications for optimization are: maximum useable energy (35 kW h), rotational speed (15,000 rpm), height, and inner radius.
Formulated as an NLP to minimize the total cost of the process, subjected to design specifications, the optimization problem was solved by GAMS modeling equation system.
In this work we present a new technique for curve and surface design that combines a geometrically based specification with constrained optimization (minimization) of a fairness functional.
In the design, pole-placement is used as a time-domain performance specification while H∞ optimization is used to improve the closed-loop system robustness to exogenous disturbances or modelling uncertainty.
To combine the non-homogenous design specification, the developed optimization technique transforms all constraints and objectives into similar performance indices related to the maximum size of the prescribed shape workspace.
We propose an approach for system adaptation based on the specification, measurement and optimization of quality attribute properties on feature models.
Our approach provides a framework for the specification, measurement and optimization of quality attribute properties2 expressed on top of feature models.
