This makes it an ideal platform for diagnostic testing because of its high throughput, low time requirement, and high accuracy characteristics [100].
Due to their high throughput and low time requirements, these platforms are able to analyze more sample volume in a shorter amount of time than traditional detection methods.
However, single-voxel studies have certain advantages, such as low time requirements, quicker post-processing, and better field homogeneity in the volume of interest [ 25].
We apply our methodology to an 8th order steering valve subsystem of a vehicle with relatively low response time requirements and use the FPGA technology to improve the response time of this model.
For example, we can set a larger threshold for the content with low real-time requirement (e.g., web services), and set a lower threshold for the content with high real-time requirement (e.g., video).
Since, in many practical applications, a low processing time is a stringent requirement, the SL0 algorithm could represent a good tradeoff between the statistical optimality and the practical implementation.
Furthermore, when coupled with an automated DNA extraction method, Real-TM PCR made it possible to process a large number of specimens in an almost fully automated procedure, with a low requirement for laboratory technician time [ 27].
However, such a low delay requirement implies a very short frame duration with very limited time diversity.
Thus, the TS-SSF process does not meet the requirements of the low time utilization ratio and the high yield and efficiency of industrial production.
This could result in a low requirement for sedatives [12].
This obeys our time requirement.
