The phrase "advent of high performance" is correct and usable in written English.
It can be used to describe the arrival or introduction of advanced capabilities or technologies that enhance performance in a particular field or context.
Example: "The advent of high performance computing has revolutionized data analysis in scientific research."
Alternatives: "emergence of high performance" or "arrival of high performance".
With the advent of high performance computing the approximate engineering approach of 20th century has given way to Science to Engineering approach directly from 17th century to 21st century.
While the computational time for parameter estimation has been greatly reduced, due to the improvement in calculation algorithms and the advent of high performance computers, the accurate numerical estimation of parameter values for a given model remains a limiting step.
While the computational time for parameter estimation has been greatly reduced, due to improvements in calculation algorithms and the advent of high performance computers, the accuracy of parameter estimation has not been addressed.
The advent of high-performance computing systems, however, created a new bottleneck for scientists, he said.
Particularly with the advent of high-performance, high-value ceramic materials, it has become important to extend knowledge.
The advent of high-performance terrestrial laser scanners has made it possible to capture dense point-clouds of engineering facilities.
The advent of high-performance quantitative HIV assays and highly active antiretroviral therapy were the two most important developments in HIV medicine.
Data analysis based on differential topology has long been primarily focused on data samples on univariate (scalar-valued) functions f : R n → R. Nonetheless, with the recent advent of high-performance computers and sensors of high resolution, we are more likely to tackle data samples of multivariate functions f : R n → R m, m>1.
With the advent of high-performance SPAD arrays [ 13– 16], HT-FCS (and in general high-throughput single-molecule spectroscopy) becomes achievable.
With the advent of a new generation of high-performance and high-density FPGAs offering speeds in the 100 seconds of MHz and complexities of up to 2 megagates, the FPGA-based prototyping becomes appropriate for verification of SoC and ASIC designs.
As a result of the advent of the latest generation of high-performance LC-MS/MS instruments, a clear trend towards the development and application of multianalyte methods in mycotoxin biomarker research can be observed.
