Sentence examples for validate the requirements from inspiring English sources
Especially in real life scenarios, hundreds of vehicles, which are equipped with specific hardware, are required to fully test and validate the requirements of a given application.
The main tasks carried out in this phase to validate the requirements identified in the above two phases included development of a functional prototype integrating all visualization requirements, and taking user feedback regularly through showing each identified and implemented view.
During its design, formal analysis techniques and tools were used with excellent results, in particular to automatically generate usage scenarios (namely, corner cases) that proved very useful to help clarify and validate the requirements with the stakeholders.
These results validate the requirement for reproducibility and opens good perspectives for applying this fabrication process on high-volume production of MLs arrays.
These promoter enhancements by RB1CC1 were compared among HeLa, TTC642 (hSNF5-null) and H1299 (p53-null) cells, in order to validate the requirement for hSNF5 or p53 when RB1CC1 activates RB1, p16 and p21.
DOI: http://dx.doi.org/10.7554/eLife.06508.015 To further validate the requirement of Perforin-2 for bactericidal activity in non-phagocytic cells, we used genetically deficient MEFs obtained from MPEG1 (Perforin-2) +/+, +/−, and −/− littermates.
Three-dimensional reconstructions further validated the requirement of the conserved site in the β-propeller and have also identified potential non-contiguous surfaces for the Coro1A actin interaction [ 23].
We have further validated the requirement of Fos for ras V12scrib -induced tumorigenesis whereas, surprisingly, the well-established Fos-dimerizing partner Jun appeared dispensable.
Further validating the requirement of shibire in normal Collagen IV distribution, shi 1 and shi 2 thermosensitive mutations (Kim and Wu, 1990) also caused Vkg accumulation in adipocytes when larvae grew at restrictive temperature.
The testing of the system was done in two phases: the first in the laboratory, to validate the functional requirements of the developed devices, the networking solution and the mote's power management; the second on the farm, to asses the functional performance of the devices, such as range, robustness and flexibility.
A three phased approach was used in this study to identify and validate the visualization requirements of engineers drawn from different disciplines.
