PHOTODETECTOR FOR THE MULTI-APERTURE DISTANCE IMAGE SENSOR CAPABLE OF SEPARATING THE PHOTO-RECEIVERS IN THE SUB ARRAY BY FORMING THE ION IMPLANTATION DOMAIN, A BACK PROJECTION TYPE CMOS IMAGE SENSOR FOR THIS, AND A MANUFACTURING METHODPURPOSE: A photodetector for the multi-aperture distance image ...
Our proposed system facilitates the reconstruction of roughly 5 frames per second. Despite our GMVAE enabling swift inference times—typically in the millisecond range once properly trained—our setup’s real-time potential is predominantly constrained by the hardware and the acquisition process. Our sys...
Finally, a physical aperture (VA100/M, Thorlabs) and a transmission diffraction grating (300 Grooves/mm 8.6° Blaze Angle - GT13-03, Thorlabs) were mounted on the camera port path before the detector. The camera-to-grating distance was optimized using TetraSpeck beads (0.1 mm, T7297, ...
photo-polymerization; optical fiber tweezers; optical trapping; beam profile shaping; back-scattering; particle differentiation; Finite Differences Time Domain (FDTD); lorentz force; Linear Discriminant Analysis (LDA); multivariate statistical analysis...
Based on the remotely used sensed data, the building extraction can be divided into two categories: One is just based on optical satellite data [12,13,14], and the other one is based on multi-sensor data such as Light Detection and Ranging (LIDAR), light data and Synthetic Aperture Radar...
• Aperture 3.0 - 6.9 Image stabilization Yes, Sensor-shift Digital zoom Yes 4x Focus • Contrast Detection • Standard • Macro • Super-Macro • Spot AF • Face Detection AF • AF Tracking Focus distance • Standard mode 0.1m (wide) / 1.6m (tele) • Macro mode 0.1m...
Under normal conditions, a flash lamp is used, and the indoor photostudio with the flashing devices producing stable aperture and the all-dimensional multi-angle shoot function has the advantages of being non-shining, low in energy consumption, healthy and safe, capable of achieving conveniences ...
The stimulated emission of both dyes was induced at 780 nm with a Ti:Sa laser with an average power of 100 mW in the back aperture of the objective. We found that the optimal imaging conditions to detect the protein assemblies were to use a resolution of 70 nm for red channel (proteins...
Synthetic aperture radar (SAR) data can be used to measure geometric properties, roughness, moisture content, and biomass [8], especially over large areas [9]. Digital elevation models (DEMs) play a crucial role in wetland classification models by serving as significant inputs that enable the ...
The outer surface of the receiver was covered with a stone wool insulation layer and an ultra-white glass cover was placed on the aperture of the receiver to prevent heat losses as shown in Figure 3. Additionally, Table 1 represents the parameters of the solar PDC and its receiver. Figure ...