Testing Vision is Not Testing For Vision

"Gold standards" for vision testing.

A Vision for Automated Testing

Reading this white paper provides you a summary on the state of the art of test tools, an introduction to TT-Medal achievements, in particular insight into the industrial case studies that have been performed in the project. Three major directions for research are addressed: a common test tool infrastructure, approaches for the automatic generation of TTCN-3 tests, and the integrated system and...

Testing dynamical models of vision

Most models of vision focus either on the spatial or temporal aspects of visual processing and neglect the other component. A variety of studies have shown, however, that spatial and temporal processing cannot easily be separated. The shine-through effect has proven to be a sensitive tool to study spatio-temporal processing. Two very different dynamical models, the 3D-LAMINART and the WCTM mode...

Computer Vision Technology for X-ray Testing

X-ray testing has been developed for inspection of materials or objects, where the aim is to analyze –nondestructively– those inner parts that are undetectable to the naked eye. Thus, Xray testing is used to determine if a test object deviates from a given set of specifications. Typical applications are inspection of automotive parts, quality control of welds, screening of baggage, analysis of ...

Applying Machine Vision to Verification and Testing

Machine vision is a superior replacement for human vision in applications such as high-speed verification and testing. We review trends and issues in applying machine vision. In the last few years, machine vision systems have improved dramatically in performance, ease-of-use, intelligence, and cost. Applying machine vision to verification and testing is now relatively easy and inexpensive. Succ...