Sentence examples for mathematical optimization approach from inspiring English sources

This paper presents a mathematical optimization approach for the synthesis and design of chilled water networks.

The potential for extending this mathematical optimization approach to more complex systems, including organs, will be discussed.

A mathematical optimization approach is applied in [35] for a maximal coverage and throughput on the one hand and a minimal channel overlap (interference) on the other hand.

The inverse training scheme is based on a mathematical optimization approach which can employ random training data points to construct the virtual grid-state training data points.

Based on these promising results, we propose new methods to load cryoprotectants into human oocytes, designed using our mathematical optimization approach.

This work uses a mathematical optimization approach to analyze and compare facilities that either capture carbon dioxide (CO2) artificially or use naturally captured CO2 in the form of lignocellulosic biomass toward the production of the same product, dimethyl ether (DME).

Mathematical optimization approaches that guarantee global optimality of solutions or tight bounds on the global optimal value have nevertheless been successfully applied to several variants of facility layout.

This has spurred the development of a wide array of computational tools, and in particular, mathematical optimization approaches, to assist in fundamental metabolic network analyses and redesign efforts.

Therefore, the developed mathematical model and optimization approach can be used to design a sinusoidal pressure wave generator.

This paper discusses the design of a mathematical formulation and optimization approach for such a system, together with its implementation into an Android-based prototype, the results from on-board practical experiments, and experiences from the implementation.

Combining the benefits of thermodynamic analysis and mathematical optimization, the proposed approach is divided into two sequential stages: the targeting overall energy integration and the simultaneous optimal synthesis, and it allow the designers to hierarchically address the interactions among all components within a subambient process.