Skip to Main Content
A High Performance Micro Channel Interface for Real-Time Industrial Image ProcessingAuthor(s): Thomas H. Drayer; Joseph G. Tront; Richard W. Conners
Source: Proceedings, IECON '94, 20th International Electronics, Control, and Instrumentation. pp. 884-889.
Publication Series: Miscellaneous Publication
PDF: View PDF (77 KB)
DescriptionData collection and transfer devices are critical to the performance of any machine vision system. The interface described in this paper collects image data from a color line scan camera and transfers the data obtained into the system memory of a Micro Channel-based host computer. A maximum data transfer rate of 20 Mbytes/sec can be achieved using the DMA capabilities of the camera interface. Programmability of the interface provides flexibility in selection of features such as collected field-of-view, data format, collection method, and camera control. System design is such that the speed of the interface allows for the collection of images intended for real-time processing by any available Micro Channel resident processor(s).
- You may send email to email@example.com to request a hard copy of this publication.
- (Please specify exactly which publication you are requesting and your mailing address.)
CitationDrayer, Thomas H.; Tront, Joseph G.; Conners, Richard W. 1995. A High Performance Micro Channel Interface for Real-Time Industrial Image Processing. Proceedings, IECON ''94, 20th International Electronics, Control, and Instrumentation. pp. 884-889.
- A computer-based time study system for timber harvesting operations
- GuidosToolbox: universal digital image object analysis
- An assessment of the utility of a non-metric digital camera for measuring standing trees
XML: View XML