At the front-end, the worker uses a GPRS enabled handheld device (cell phone, PDA, etc). to capture information on poultry operations collected at a remote chicken farm and transmit it to a back-end server in the main office.
In most cases, the sensed information must be collected at a remote control center and one of the most challenging aspects is the uplink acquisition of data from vehicles, which is presently performed through cellular networks.
X-ray diffraction data were collected at 100 K by remote access on the beamline BM-22 of the Southeast Regional Collaborative Access Team (SER-CAT), the Advanced Photon Source, Argonne National Laboratory, Chicago.
In addition, diffraction data were collected at a low-energy remote wavelength (λ = 1.28414 Å, 9655 eV), which resulted in the disappearance of the anomalous difference density at the Zn sites but an increase at the heme Fe site.
In contrast, diffraction data collected at a low-energy remote wavelength (1.28414 Å), which resulted in the disappearance of the anomalous difference density at the Zn sites and increased the magnitude of the anomalous signal at the heme iron site, confirmed the presence of Zn.
The data were collected at 0.97977 Å, a wavelength remote from the Zn absorption edge, and indexed and scaled using the HKL2000 package [55].
Formalin fixed mirror samples of non-neoplastic tissue adjacent to breast cancer were paraffin embedded and assayed by IHC to compare markers across the 72 Active and Inactive patients and in 5 pairs of peritumoral and remote specimens collected at UNC (where paraffin was available).
A complete single-wavelength anomalous dispersion dataset was collected at the selenium-absorption high-remote wavelength (0.96369 Å, determined by fluorescence scan).
To quantify N and water stress, spectral and thermal crop stress detection methods were explored using hyperspectral, multispectral and thermal remote sensing data collected at a research field site in Victoria, Australia.
