Sentence examples for continuous optimization of its processes from inspiring English sources

The carmaker pledged to counter the downturn "through disciplined cost and investment management and the continuous optimization of its processes".

The carmaker pledged to counter the downturn ''through disciplined cost and investment management and the continuous optimization of its processes.'' ''The highly volatile market situation does not currently allow any reliable predictions to be made about the further development of this fiscal year,'' it said, VW said that its sales fell 15percentt during the first two months of the year.

In the paper possibilities of control system design for continuous optimization of building heating process using fuzzy and neuro-fuzzy control are analyzed.

This cognitive approach could be applied to SONs as an autonomous process for self-optimization and self-healing, which can perform a continuous optimization of the network parameters and their adaptation to the changes in the environmental conditions.

However, PSO was originally designed for continuous optimization which confounds its applications to discrete contexts.

Parsimony principle has been widely used in computational biology as the evolution of the nature is considered as a continuous optimization process.

This system takes advantage of the capabilities of real time evolution algorithm [Sequeira, S., Graells, M., Puigjaner, L. (2002). Real time evolution for Online Optimization of Continuous Processes. Industrial & Engineering Chemistry Research 41, 1815 1825] plus a fault diagnosis system (FDS) for managing abnormal situations.

(ii) Enhancement of oil production and optimization of its composition.

For a limited number of unknown parameters, running continuous optimization algorithms is a rather fast process, although there can be issues depending on the degree of sophistication of the models (local minimizers, flat cost function) [52].

CFD has been developed especially for the simulation of the flow behaviour, and has proven its use in the investigation and optimization of many processes.

Optimization of these processes requires permanent control of many independent and mutably dependent parameters, for which a continuous cultivation approach has significant advantages.