Sentence examples for redesign based on from inspiring English sources

Gini was launched in October 2015 under the premise that "development policy is due for a redesign based on a more realistic understanding of how people think and behave".

To meet the requirements of sustainable technology development, innovation processes should go beyond optimization, retroffitting and redesign based on incremental innovation, to focus particularly on breakthrough innovations.

Using a Continuous Quality Improvement methodology and 'plan do study act' cycles, this project established key local measures for service redesign based on the national Ideal Design of Emergency Care project.

The clinical academic practice partnership (CAPP), a clinical redesign based on the dedicated education unit concept, was developed and implemented by large, private school of nursing in collaboration with 4 clinical partners to provide quality clinical education, to explore new clinical models for the future, and to test an innovative clinical education design.

Based on the analysis of the differences between the reuse-oriented redesign and the traditional new product design or the redesign based on reverse engineering, a novel reuse-oriented redesign method of used products based on axiomatic design theory and QFD (Quality function deployment) is presented to standardize and optimize the redesign process.

Proceed or redesign based on their response.

Four poorly comprehended symbols are redesigned based on ergonomic design principles and participants' feedback.

But Vintage publisher Rachel Cugnoni flashed up a series of redesigns based on sales and marketing reaction, ultimately resulting in a jacket that, with an unmemorable, slightly twee image, made it look like any one of a thousand other books.

In order to improve the performances of an 11 cm-diameter turbine engine, this article suggests to substitute a new-style micro diffuser redesigned based on a new concept for the traditional diffuser having poor performances.

Then, the stabilizer is redesigned based on extended phase compensation of the exciter input – electrical torque transfer function and root locus analysis; and its effect on local, interplant and inter-area electromechanical oscillations is thoroughly analyzed.

The concept is redesigned based on comparing greenhouse gas (GHG) emission loads and compensation from different design solutions applied in Norwegian single-family ZEB pilot buildings and selected sensitivity studies.