Since the beginning of the 1990s, physical modeling and numerical methods of resolution were integrated for a better comprehension of the behavior of the space charge generated in the case of bipolar transport under dc voltage [11, 12, 13, 14, 15, 16].
A single-gene resolution aCGH profiling was integrated with microarray-based gene expression profiling data to distinguish genetic copy number alterations that were strongly associated with transcriptional changes in two neuroblastoma cell lines.
After identifying cone locations, the high-resolution noise stimulus was integrated against the Gaussian profile of each cone, to obtain a set of cone input signals for each RGC.
The lighting was integrated into the building.
Omaha's Fire Department was integrated in 1957.
All variables were mapped at 1 km2 spatial resolution, and were integrated into a web-mapping service system.
Such measurements are subject to substantial errors that can be difficult to overcome, but corrected data are readily available and can be of sufficiently high resolution to be integrated into traditional field-based studies.
In the processing hierarchy of the model, V1Model is representing raw and rather noisy estimates of the optic flow with a very high spatial resolution that are integrated in MTModel leading to more reliable estimates, but reduced spatial accuracy.
High-resolution datasets were integrated using iMOSFLM [34], followed by scaling and merging with POINTLESS and AIMLESS [35] in the CCP4 suite [36].
Very high and high spatial resolution satellite data were integrated in a single analysis, in order to exploit the high spatial accuracy of the former and the high temporal and spectral resolution of the latter.
