Sentence examples for selection product from inspiring English sources

The precedence-constrained production planning and scheduling is a multidimensional optimization problem, in which a number of sub-problems such as production selection, product allocation, manufacturing sequence, etc. are required to be simultaneously solved.

The model integrates location and capacity choices for suppliers, plants and warehouses selection, product range assignment and production flows.

Optimization of these processes includes the evaluation of factors such as host selection, product biosynthesis interaction with the cell's central metabolism, product degradation, and byproduct formation.

The planning is designed to integrate supplier selection, product assembly, as well as the logistic distribution system of the supply chain in order to meet market demands.

This paper proposes the simultaneous integration of environmentally benign solvent selection (product design), solvent recycling (process design) and optimal control for the separation of azeotropic systems using batch distillation.

In addition, there is a crucial ambiguity in the meaning of adaptation that is routinely ignored in these debates: adaptation as a selection product and adaptation as an engineering design.

The dark moths are a "selection-product" adaptation.

As with Williams, it is significant that he assumes the engineering notion of adaptation rather than the weaker selection-product notion.

Sometimes, on the other hand, the term "adaptation" is reserved for traits that are "good for" their owners, that is, those that provide a "better fit" with the environment, and that intuitively satisfy some notion of "good engineering".[7] These two meanings of adaptation, the selection-product and engineering definitions respectively, are distinct, and in some cases, incompatible.

Thus observatory data products are used in satellite data selection, L2 product derivation and validation.

This chapter develops a framework for material selection in Product Design.