PrimeSense began as a company that made 3D sensing software and camera systems from off-the-shelf-ish parts.
The porosity measurement system as described in [ 4] includes mesh fixing, position control, mesh illumination, camera system, control and evaluation unit, mechanical strain by weights, and evaluation software.
In principle, the 24-well-plates with EHTs (14 21 days) were put in a gas-, temperandre-, and humidity-controlled incubator with glass roof and customized software-controlled video camera placed on top.
The images were captured by the Olympus U-TV1x-2 camera system under the control of SPOT imaging software (Spot Imaging Solutions, USA).
Images were recorded digitally using a Hamamatsu ORCA-HR digital camera system operated using AMT software (Advanced Microscopy Techniques Corp., Danvers, MA).
Digital images were acquired with an AMT XR-60 CCD Digital Camera System and compiled using Adobe Photoshop software.
Micrographs were taken using a "SPOT slider - RT Realtime" camera system in combination with "SPOT Advanced" software (Visitron Systems GmbH, Puchheim, Germany).
Four different fields of migration were photographed with a video camera system using Image Pro Plus 5.1 software.
Imaging was done with an Olympus 1×51 microscope, Jenoptik Laser Optik camera system (Rutgers Cancer Institute of New Jersey), and ProgRes C10Plus software.
The images were obtained by a Leica ICC50 HD microscope connected to a video camera system and computer using LAS EZ software.
Pictorial stimuli, which are images with controlled camera angles and temporal variables while using graphics software were utilized to solicit answers for specific perception on important functional areas.
