Conclusions extracted from the experiments together with rough terrain conditions suggested the use of the 250 MHz antenna which allowed a good compromise between target detection and dense grid acquisition of an extensive survey area.
In order to solve this problem, we therefore need to integrate the classical structured grid acquisition with a smart selective one, which is able to identify different point cloud densities in accordance with the morphological complexity of the object regions acquired.
The grid acquisition as shown in Fig. 3a was obtained by combining acquisitions of the lead grid in the x and y direction through subtraction.
Immediately after entering the dark chamber, the door was closed and an electric shock was delivered through the floor grid (acquisition trial).
Apotome Zeiss system provides an optical slice view reconstructed from fluorescent samples, using a series of "grid projection" acquisitions.
In the present contribution, new methods for power grid data acquisition, for smart grid monitoring, for large-scale data exploration, and for deep data analysis are developed.
A series of grid-projection acquisitions allowed for optical slice view reconstruction using the Zeiss Axiovision 4.8 software.
The acquisition grid was designed from nine assembled images (4X objective) and used for the acquisition (X40 objective) of ~300 fields of identical surface area (0.0376 mm), covering the entire surface of the retina (CoolSNAP FX: 217.75 × 172.53 μm, CoolSNAP HQ: 224.46 × 167.70 μm).
Images were acquired at 1024 × 1024 pixel resolution (3 × 3 grid – stitched post-acquisition) were acquired every 30 min using an A-Plan 10× objective 0.25NA mounted on an inverted Axio Observer Z1 microscope (Carl Zeiss AG, Germany) equipped with an AxioCam HighRes camera (Carl Zeiss AG, Germany) and a motorized stage.
The system is a complex grid of 32 acquisition processing and control channels (APCCs) that can go up to 25 μs for the slow control cycle and a grid of 4 APCCs that can go up to 5 μs for the fast control cycle.
The wire-pulling trigger displacement meter, grid pluviometer, data acquisition and transmission unit, and solar power supply device are integrated to form a comprehensive monitoring hardware system for Highway landslide in mountain area, which proven to be economical, energy-saving, automatic and high efficient.
