Sentence examples for implementation of powerful from inspiring English sources

The main contribution of the thesis is the development and implementation of powerful thread partitioning algorithms.

Over the past decade, significant improvement has been achieved in our understanding of the molecular pathogenesis underlying this disease, thanks in part to the implementation of powerful genomic technologies allowing genome-wide structural and functional analyses.

The development and implementation of powerful bioinformatics and biostatistics has been arguably a main driver of recent biobanking successes not only in the discovery of risk factors for common diseases but also in developing 'systems medicine': connecting multiple levels of -omics data and thereby enabling discovery of new biological pathways, disease mechanisms and medications.

The implementation of this powerful technique would offer knowledge of the local concentration gradients of important culture parameters allowing for the real-time, local, 'intelligent' bioprocess control.

This work will deal with the design and the implementation of this powerful and important tool for the control engineering students in an easy to set-up laboratory environment.

The advances in microscopy combined to the invaluable progress carried by the utilization of molecular, immunological or immunochemical markers and the implementation of more powerful imaging technologies have yielded great improvements to the knowledge of the interaction between microorganisms and their hosts, notably a better understanding of the establishment of infectious processes.

This paper describes mathematical fundamentals and practical implementation of a powerful method and algorithm allowing transformation of multiply connected domains of arbitrary geometrical complexity into a set of simple domains; the latter can then be processed by broadly available finite element mesh generators.

○The implementation of a powerful error correction mechanism (e.g., a Turbo Code), aiming at evaluating the system performance under the proposed induced interference scheme.

Therefore, until recently the progress in the vehicle control systems has been related first of all to the implementation of more powerful and efficient hardware accompanied with cautious modification of software part.

In fact, FPGA-based digital processing systems achieve better performance-cost compromise, and with a moderate design effort they can afford the implementation of a powerful and flexible embedded SoCs.

In a near future the development and the implementation of highly powerful QSAR may offer an invaluable insight in various stages of the hazard and risk assessment processes.