This thesis presents a method using machine vision for surface quality control in an industrial manufacturing process. The method is based on the anomaly detection due to challenging, large variety and low occurrence rate of possible defects that have to be identified. The control is performed on a surface of the inspected product using multiple light sources for better illumination which provides more information about the exterior conditions. The method itself handles the images taken from the different light sources and computes a statistical model of the obtained multivariate image at multiple scales in order to comprehend signaling the possible defects. For the final classification, a pixel based probability map is used to pinpoint pos...
Machine vision technology improves productivity and quality management and provides a competitive ad...
Machine vision technology improves productivity and quality management and provides a competitive ad...
In this thesis we conclude that convolutional neural networks, together with phase-measuring deflect...
OptoNova is a world leading producer of inspection systems for quality control of surfaces and edges...
The Volvo Trucks cab plant in Umea is one of the northern Sweden’s largestengineering industries. Th...
The Volvo Trucks cab plant in Umea is one of the northern Sweden’s largestengineering industries. Th...
The Volvo Trucks cab plant in Umea is one of the northern Sweden’s largestengineering industries. Th...
Anomaly detection is a general theory of detecting unusual patterns or events in data. This master t...
Anomaly detection is a general theory of detecting unusual patterns or events in data. This master t...
In traditional industrial manufacturing, due to the limitations of science and technology, manual in...
In production processes the use of image processing systems is widespread. Hardware solutions and ca...
In traditional industrial manufacturing, due to the limitations of science and technology, manual in...
Machine vision technology improves productivity and quality management and provides a competitive ad...
Machine vision technology improves productivity and quality management and provides a competitive ad...
Machine vision technology improves productivity and quality management and provides a competitive ad...
Machine vision technology improves productivity and quality management and provides a competitive ad...
Machine vision technology improves productivity and quality management and provides a competitive ad...
In this thesis we conclude that convolutional neural networks, together with phase-measuring deflect...
OptoNova is a world leading producer of inspection systems for quality control of surfaces and edges...
The Volvo Trucks cab plant in Umea is one of the northern Sweden’s largestengineering industries. Th...
The Volvo Trucks cab plant in Umea is one of the northern Sweden’s largestengineering industries. Th...
The Volvo Trucks cab plant in Umea is one of the northern Sweden’s largestengineering industries. Th...
Anomaly detection is a general theory of detecting unusual patterns or events in data. This master t...
Anomaly detection is a general theory of detecting unusual patterns or events in data. This master t...
In traditional industrial manufacturing, due to the limitations of science and technology, manual in...
In production processes the use of image processing systems is widespread. Hardware solutions and ca...
In traditional industrial manufacturing, due to the limitations of science and technology, manual in...
Machine vision technology improves productivity and quality management and provides a competitive ad...
Machine vision technology improves productivity and quality management and provides a competitive ad...
Machine vision technology improves productivity and quality management and provides a competitive ad...
Machine vision technology improves productivity and quality management and provides a competitive ad...
Machine vision technology improves productivity and quality management and provides a competitive ad...
In this thesis we conclude that convolutional neural networks, together with phase-measuring deflect...