Sentence examples for broad range of optimization from inspiring English sources

Finally, we generalize the proposed hybrid approach to seed-driven hybrid architectures and elaborate on how it can be adopted to a broad range of optimization problems.

Genetic algorithms (GAs) have been widely used as beneficial meta-heuristics for obtaining high-quality solutions for a broad range of combinatorial optimization problems including the task allocation problem [30].

It is also shown that the proposed approach has the potential to be applied to a broad range of AMS studies and optimization problems.

If that sounds vague, it's partly because Instart Logic actually has a broad range of products, covering everything from performance optimization, image optimization, application firewall and its own content delivery network.

A quick examination of the repeat size and distribution could aid in determining which MP insert size combination is expected to be optimal, but experimental optimization or a broad range of libraries such as used here might be required.

The results also show the importance of considering the broad range of impact scenarios in vehicle front shape optimization.

The sum of the ITTC friction drag and the NM wave drag can then be expected to yield realistic practical estimates that can be useful for routine applications to design and hullform optimization of a broad range of displacement ships.

Hsiao and Chang (2002) presented optimization required in a broad range of design problems for fixed costs of installing new wells may be a relevant component of cost functions in groundwater planning strategies.

We demonstrate the proposed approach using a tank drainage problem for which we can evaluate optimization solutions for a broad range of scenarios, including model uncertainty and the flexibility to accommodate future measurements, with a reduced time of evaluation.

The optimization resulted in Pareto optimal solutions, which provides a broad range of non-dominated solutions due to conflicting behavior of the decision variables on the system performance indicators.

In this paper we present a topology optimization technique applicable to a broad range of flow design problems.