Sentence examples for the continuous advancement from inspiring English sources

Today, remote machine condition monitoring is popular due to the continuous advancement in wireless communication.

The continuous advancement in the field of high speed online services has opened the door for various social services.

The continuous advancement in the field of imaging sensor necessitates the development of an efficient image fusion technique.

The continuous advancement of drug delivery in the recent past, nanotherapeutics have attracted researchers as a novel, safer, and efficient technology for effective drug delivery.

With the continuous advancement of technology many embedded and real time systems require increasingly larger amount of information to be handled and managed in a timely manner.

The continuous advancement in molecular biology and information technology aided the development of a rich molecular simulation repertoire that can be applied in system biology, proteomics, molecular biology, bioinformatics, and materials science.

With the continuous advancements in 3D display technology, the need arises for new methods to create and distribute 3D stereoscopic content.

To create a wireless neural recording system that can benefit from the continuous advancements being made in embedded microcontroller and communications technologies, an embedded-system-based architecture for wireless neural recording has been designed, fabricated, and tested.

Explores the practical issues of managing ongoing improvements in the healthcare industry through the lens of analyzing how executives meet the need for the continuous advancements in quality, technology and efficiency in the development, marketing and sales of pharmaceutical products, health technology and patient service delivery.

The continuous advancements in solid state device engineering have considerably minimized the switching transients for power switches but the high dv/dt and high switching frequency have caused many adverse effects such as shaft voltage, bearing current, leakage current and electromagnetic interference (EMI).

Despite the continuous advancements in bio-molecular detection and fluidic systems integration, the realization of portable and high performance devices for diagnostic applications still presents major difficulties, mostly because of the need to combine adequate sensitivity with low cost of production and operational simplicity and speed.