The proposed system has mainly four steps of processing.
This procedure is completed by mainly four steps.
There are mainly two steps for shale gas flow, firstly, gas desorption from the pore throat surfaces, and then flow through the fractures and matrix.
In sol-gel technique, mainly four steps involves; (1) particle to form desired colloidal solution, (2) Colloidal solution either sprayed, coated or electrospun on substrate, (3) sol particles to form gel in a state of a continuous network (4) Finally, pyrolyze the remaining organic or inorganic components to form an amorphous or crystalline ceramic compounds.
The tracking modules have mainly three processing steps: camera calibration, vehicle segmentation and vehicle tracking, which will be discussed below sequentially.
This approach mainly includes three steps: image segmentation, feature extraction, and classification.
The synthesis of Mn-doped core shell structured CuInS2@ZnS mainly comprised three steps, i.e., the preparation of fluorescent CuInS2 seeds, the particle surface coating of ZnS, and the Mn-doping of the ZnS shells.
In our work, the fabrication of AlN nanowires mainly involves three steps: preparation of porous anodic alumina film, formation of Al2O3 nanowires, and conversion of the nanowires into AlN nanowires.
The traffic processor consists mainly of three steps which are road extraction supported by a priori knowledge of road axes obtained from a road database, vehicle detection by edge extraction, and vehicle tracking based on normalized cross correlation.
