Instruments requiring huge data throughput and parallel computing use FPGA's for data processing.
High sensitivity (~ 6%), high spatial resolution (~1.5 mm FWHM), excellent coincidence timing resolution (CTR ~ 300 ps FWHM) and a fast DAQ system able to cope with the huge data throughput are required.
It can be seen that there is a huge imbalance of throughput between two flows for all packet sizes with flow Bb severely suffering.
Therefore, fabrication of such structures at low cost and with high throughput is a huge technological challenge.
These new methods are characterized by very high throughput and can therefore generate huge amounts of data, which can, for example, be used in digital expression studies, in the manner presented herein.
Recent high throughput molecular analyses have identified a huge number of genomic/phenotypic alterations.
Recently, next generation sequencing (NGS) technologies have promised to further accelerate progress, with huge increases in sequencing throughput and, perhaps more importantly, the ability to avoid the handling of individual clones from shotgun libraries.
This is one of the most formidable challenges of modern biology characterized by the availability of huge amount of high throughput measurements.
Recent high throughput sequencing technologies are capable of generating a huge amount of data for bacterial genome sequencing projects.
