Sentence examples for operational choice from inspiring English sources

Changing these organizational choices mis-matched the other attributes of Toyota's existing lean configuration, and specifically the operational choice of Andon, leading to the worsening of built in quality and manufacturing performance.

Along with Ostrom (1990), this moves the analysis from matters of operational choice (how much R, F given ∂R/∂F) to questions of collective choice (how rules on operational choice are decided upon; how ∂R/∂F is thereby accounted for) and constitutional choice (how rules on collective choice are produced).

In this sense the definition of SD as people having a HAM-D score of > 10 is an operational choice for detecting people without diagnosis of DE but with a relevant depressive symptomatology that may result in antidepressant prescription.

Respondents underlined the need for prioritisation and for a more operational choice of MDGs, less influenced by global politics, and adjusted to the capacities of nations, especially for developing countries.

"When police lack adequate training, make poor operational choices, or improperly use equipment," the report stated, "these programs can facilitate excessive uses of force and serve as a highly visible barrier between police and the communities they secure".

This clustering arises from accumulated operational choices, rather than anything geochemically advantageous.

In addition, it enables consideration of the time-dependent variation of operational choices, such as emissions factors, electricity tariffs and water demands, which has not been done previously.

However, productivity impacts were able to be included in the framework for the purpose of comparing different design and operational choices for a given building.

A core element in the present paper is formed by a smart urban dashboard system that acts as an interactive navigation tool supporting operational choices of all stakeholders involved.

However, each DHS has its own peculiarities and its conversion and distribution efficiency is affected by several factors, including design parameters as well as operational choices and potential unexpected behaviours.

We demonstrate that these principles not only provide a domain-independent vocabulary for expressing the results of post-mortem accident analyses, but they can also be applied to guide design and operational choices for accident prevention and system safety.