The rotating antenna achieves a complete 360° scan around the vehicle in 1 s, and a signal acquisition is realized at each degree.
First, the 3D error detection system is investigated, in which a novel self-luminous cooperative target is designed to characterize the movement information of a rotary table; thus, high-precision installation and high-signal-to-noise image acquisition are realized.
If acquisition is realized by gaze movements, the load that can be experimentally imposed on this side of the trade-off is therefore rather limited.
Image acquisition is realized using different modes of operation.
Acquisition of images was realized with an epifluorescence microscope and quantification of the fluorescence signal of at least 100 randomly chosen nuclei was performed with ImageJ software (NIH).
Acquisition of the data was realized using PC computer with GPIB bus and appropriate program in LabView (National Instruments).
The continuous acquisition of VEEL spectra was realized by a self-written script in Gatan DigitalMicrograph with an exposure time of 0.5 s, a CCD readout area of 512 × 2048 pixels and a pixel binning of 2. With this, a time resolution of 1.5 s per spectrum could be achieved.
The acquisition of the images was realized using a microscope (Nikon Eclipse TS100, Japan) equipped with a digital video camera and imaging software (NIS-Elements BR).
Acquisition of all the data was realized by AG, FF, CG, AA, CF, RS, AD, AF, SR, MB, ML, IM, CP, MA, AM, DH, CK and GF, and the analysis and interpretation of data were performed by AG, AA, CF, AD, MB, IM, AM, DH, CK, GF, MM, IRL, PG, PV, FL, GLF, BSK, JAK, and JFA.
This study was realized on 79 adolescents who underwent a MRI acquisition (sagittal T2-weighted images) before their orthopedic or surgical treatment.
