Sentence examples for optimized logistics from inspiring English sources

Without an optimized logistics network and a comprehensive strategy, it would be chaos on the Microsoft campus if packages and groceries started to be delivered in large quantities.

Without an optimized logistics network to cost-effectively distribute groceries to stores and to the home, no grocery retailer will be successful.

For an effective response after disasters, an optimized logistics network will require perfectly synthesized relationships between all the players involved (Cozzolino 2012).

Minimization of LOS is not a primary goal in itself, but rather a positive consequence of optimized logistics and patient treatment.

The fast-track set-up was implemented in 2003 and consists of optimized logistics and evidence-based clinical features (as described in detail below) (Husted et al. 2008).

This is to be expected, as fast-track surgery consists of a combination of optimized logistics and evidence-based clinical features, thereby providing the best-documented treatment available the "right track" (Kehlet and Søballe 2010).

A system-optimized logistics network design problem can be formulated as a bi-level program.

Since oil is one of the expensive and non-renewable products, designing an optimized reverse logistics will be advantageous both financially and environmentally (Özceylan and Paksoy 2013).

The seasonal dynamics of energycane biomass accumulation has major implications in designing optimized cellulosic biomass production and logistics systems.

The following criteria must be optimized (minimized) to obtain improved logistics performance (Estivill-Castro and Houle 2001): M F = ∑ i = 0 n - 1 w i × d r i, fac r i, F (1 where F = f 0, f 1, …, f K - 1 is the set of K facilities in the two-dimensional space R 2. w i is an optional factor that shows the significance of a demand point r i. d p, q is the distance between two points.

Determination of these windows provides a quantitative, logical approach to generate appropriately prioritized and optimized tissue harvest and fixation logistics in a multi-investigator Biospecimen Sharing Program scenario, be it on Earth or during tissue harvest on the ISS.