Sentence examples for integration of different components from inspiring English sources

The advancements on magnet designs, image reconstructions, radiofrequency (RF) coil designs, and the integration of different components will be introduced.

They will be judged on their ability to meet basic technical benchmarks, such as complexity and speed of self-assembly, integration of different components to produce new functionality, and efficiency and interoperability of the design process as well as on their potential to advance enabling technologies, such as experimental methods and software.

In the last 3 decades, with the highlighting of the importance of supply chain management to the industrialists, the role of coordination and integration of different components of the supply chain has become stronger in creating competitive advantages and the concept of integration has become one of the most important aspects of the supply chain management system.

One of the strengths of the CCM is its emphasis on the need for integration of different components targeting quality improvement.

Moreover, it aimed at fostering integration of different components of PE psychomotor skills that had been previously addressed in other regular activities, and a detailed assessment of performance was favoured because it would allow for identifying which of the several components of the psychomotor skills had been acquired.

With more and more of the technology being commoditized, differentiation is either on service, price or the integration of lots of different components in a unique way that provides either better performance or huge energy savings.

The platform consists of a number of different components.

The task to be learned by the students was a complete head-to-toe PE (excluding neurological and locomotor exam) taught during an activity offered to facilitate the integration of the different components of PE that students had learned separately during their organ-based system modules.

However, their study and design needs to be developed on two different scales: at the plant scale for the optimisation of the entire system and the integration of the different components and at the cell scale for the analysis of the electro-chemical reactions and the determination of the local operating constraints.

These concepts lead us to a Component-based Development Process that will allow us to implement tools that give full support to the teaching/learning process, taking advantage of the synergy effect created by the integration of the different components.

The integration of these different components into coherent and comprehensive analytical frameworks also remains unclear.