The phrase "continuous improvement of technology" is grammatically correct and can be used in written English.
You can use it to describe the ongoing process of advancements and developments in technology. Example: "The company's success is attributed to their dedication to the continuous improvement of technology, allowing them to stay ahead of their competitors."
Although continuous improvement of the technology will be essential to achieve improved performance, lower cost and higher reliability, it is critical that the industry focuses on getting products into the market place to create the income necessary to support further development and improvement of the technology rather than use investor funds.
Recently, with the continuous improvement of antenna technology and signal processing capability, self-interference in the FD mode can be well eliminated [10 12].
Following the continuous improvement of DNA technology and the application of Agrobacterium for transgene delivery, the first transgenic plants were successfully generated by four independent groups in the early 1980s [ 2- 5].
Significant investment is ongoing, with worldwide R&D powering the continuous improvement of existing technologies and the introduction of other low carbon innovations.
The continuous improvement of existing technologies for large-scale data generation like microarrays and proteomics, as well as the development of novel powerful technologies including NGS and high-content techniques, led to an increased use in cancer research.
Beside continuous improvement of the gasification technology, the current development aims for upscale possibilities and increased fuel flexibility.
However, merging diverse data types in the genome often becomes a time-consuming task due to the continuous improvement of the underling technologies and certain format incompatibilities.
Continuous improvement of the DNA probe technology contributes to the development of a new class of analysis techniques.
Recent progress in advanced driver assistance systems and the race towards autonomous vehicles is mainly driven by two factors: (1) increasingly sophisticated algorithms that interpret the environment around the vehicle and react accordingly, and (2) the continuous improvements of sensor technology itself.
Attention is now being paid to real time process monitoring, real time process control, continuous improvement of processes, and quick product technology transfer.
