'Open Hardware Concept'
created on 05.02.2012
Open camera access - use your own expertise
The new Open Hardware Concept by Visiosens and FRAMOS opens up the potential for end user product innovation. The platform allows you to implement algorithms directly on the camera, offering you unconstrained use of your personal expertise, so that you can add your own value to the manufacturer’s foundation of quality and experience.
Publication:
Elektrotechnik
EL-Info
MM Maschinenmarkt
Pro Physik
Photonik
ElektronikNet
Inspect
All Electronics
FRAMOS Trend Studies 2011
created on 05.11.2011Is GigE Vision® Over 10 GigE Up for the Challenge?
created on 07.07.2011
John Phillips, Pleora Technologies Inc.
The idea of a video interface technology that could take advantage of standard Ethernet platforms took hold in 2003, and became ratified by the Automated Imaging Association (AIA) as the GigE Vision® standard in 2006. Not long after ratification, the machine vision market embraced GigE Vision and it quickly became...
Publication:
FRAMOS Trend Studies 2010
created on 30.11.2010FRAMOS Market Survey 2009
created on 30.11.2009Measuring by Image Processing
created on 22.02.2009Susanne Rehrl, FRAMOS GmbH
From science to technology, image processing is part of a wide variety of modern applications. Its use as a geometric measurement tool for tasks such as distance measurement or the inspection of parts is also gaining popularity, especially in the industrial sector. A high level of flexibility is one of the key advantages. Image processing allows the verification of dimensions to be integrated directly into the production process without disrupting the process chain...
Publication:
The usage of digital cameras as luminance meters
created on 25.11.2008Helke Gabele, FRAMOS GmbH
This paper presents a method for the usage of digital still cameras as luminance meters independent of the exposure settings. A calibration of the camera is performed with the help of an OECF (opto-electronic conversion function) measurement and the luminance is calculated with the camera’s digital RGB output values. The test method and computation of the luminance value irrespective of exposure variations is described. The error sources which influence the result of the luminance measurement are also discussed...
See colours better
created on 20.02.2008
Dr. Simon Che'Rose, FRAMOS GmbH
The technology of the three-layer colour image sensor has recently also lent itself to use in industrial image processing. It enables the capture of entire RGB images, which makes the cameras ideally suited to all colour applications that require great attention to detail. Here we provide an overview of this technology, and compare it with the Bayer Mosaic technique commonly used in colour cameras until now.







