Sentence examples for complex productivity from inspiring English sources
When the organisation of production becomes more complex, productivity indices become less relevant for the evaluation of performance, since the overall performance is less related to the optimisation of transfer of goods in space and more and more to the functioning of relations throughout the supply chain.
In this work, a cost-effective hybrid methodology is reported to make sense of accessible fluxome data for rapid optimization of complex productivity phenotypes.
At this point, we believe that combining both frameworks into a hybrid metabolic flux analysis framework constitutes a valuable and straightforward complement to purely stoichiometric models in optimizing industrially relevant complex productivity phenotypes.
The first is that in a complex organization the productivity of the individual means nothing, and the productivity of the overall organization means everything.
The SoV methodology is a generic math model for modeling, analysis, prediction and control of product quality and productivity improvement in complex multistage manufacturing systems such as automotive, aerospace, appliance, and electronics industries.
Yet even if the gold price had been stable, South Africa's producers would have faced an ugly mix of rising costs, ageing mines, low productivity and complex corporate structures.
However, one significant problem is that the design productivity for complex designs has been lagging behind.
High biodiversity in riparian areas can be attributed to cool moist conditions, high productivity and complex habitat.
Note that the shift of the technological frontier improves productivity in complex positions, and thus the wage earned by these workers.
This corresponds well to our theoretical framework according to which workers in complex positions see their productivity improved together with the state of technology, whereas workers in simple jobs suffer a skill obsolescence process.
A similar impact is expected on the design productivity of complex cyber-physical systems (CPS) if the challenges caused by heterogeneity of models and tools in design flows can be managed.
