We present a novel pipeline to generate a depth map from a single image that can be used as input for a variety of artistic depth-based effects.
To generate a depth map in this scenario, a static background is typically a layer of depth values, deriving an accurate capture of mobile objects.
Stereo information is used in unreliable ToF data points to generate a depth map which is fused with the depth map from the ToF camera.
Considering the computational time to generate a hierarchical saliency map, which takes average 0.28 [s] for an image of size 400 × 300 with C++ implementation on 3.4 GHz CPU [28], besides the time to generate a depth map and to process them, the proposed method is much faster than the DAS.
We have presented a novel yet simple approach that, given experimentally reasonable SNR levels, utilizes the coherence gating implicit in spectral-domain interferometry to generate a depth-resolved structural feature vector, which captures sub-resolution axial nanoscale structural changes at fixed sample optical depths that are at least one coherence length apart.
Isolate O/UKG/1450/2001, which exhibited the highest viral load and total numbers of reads, generated a coverage depth >22 across 99.72% of the genome.
This analysis generated an average depth of sequence coverage of >48 X across over 18,000 xylem-expressed genes, and revealed extensive single nucleotide polymorphism (SNP) variation, with over 500,000 putative SNPs identified [ 24].
Consequently, mass balance analysis and YEthanol-Process were used in this study to investigate different process configurations, and it generated an in-depth knowledge of the SHCF process.
To simulate glucose detection in ISF in epidermis, the laser modulation frequency which controls the WM-DPTR probing depth was set at 90 Hz in order to generate a probe depth < 40 µm in the epidermis layer (~60% water) below the ~10-µm-thick stratum corneum (~10% water).
A horizontal plane wave front has been generated at a depth of 300 m using various point sources along a horizontal line.
