Mariusz
Jankowski
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Image segmentation using connected components analysis with Mathematica and the Digital Image Processing application package. |
Current Teaching:
| Spring 2008 |
ELE 172:
Digital Logic |
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ELE 211: Electric Circuits 2 |
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For other courses follow these links: Electric Circuits 1, Electric Circuits 2, Programming with Mathematica, Digital Logic, Signals and Systems, Communications Engineering, Digital Signal Processing, and Digital Image Processing. |
News and Projects:
Digital Image Processing is now compatible with the most recent version 6 release of Mathematica (November 2007)
For details go to the product web page at Wolfram Research, Inc.
Digital Image Processing v. 2.0 has been released (September, 2005)
For details go to the product web page at Wolfram Research, Inc.
A seminar on image processing with Mathematica given recently at the Technical University of Eindhoven is available online (click here and follow the link to the Colloquium page)
Image processing with Mathematica and Java
Thanks to J/Link, an exciting new product from Wolfram Research, Mathematica user's can now benefit from the vast software resources developed for the Java platform. For the imaging professional, the Java Advanced Imaging, and to a lesser degree, Graphics 2D APIs are particularly relevant. If you are a Mathematica user, or a Java image processing software developer read the following article (presented at the Mathematica Developer Conference, 2001).
Download the Mathematica notebook(approx 12 MB) or view here:
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Image acquisition with Mathematica
RIVA (Real-time Image Viewing and Acquisition) presents a seamless approach to the problem of image acquisition and processing with Mathematica. Real-time image capture is made possible by linking Mathematica with PCVision, a popular line of frame grabbers from Coreco Imaging. RIVA connects Mathematica to the PCVision frame grabber using J/Link, JNI, Java and ITEX, a set of high-level APIs that encapsulates the knowledge about Coreco Imaging's hardware. From within a Mathematica notebook the user can grab the entire image or a selected sub-region for immediate processing with Mathematica and the Digital Image Processing application package. View the User's Guide
Miscellaneous links:
Mathematica and OpenGL
Interested in 3D visualization with Mathematica? Go to Jens-Peer Kuska's pages on MathGL3d.
Mathematica tips and tricks
Here is wonderful source of tips and tricks for the novice and advanced users. Go to Ted Ersek's Tips and Tricks pages.
Digital Image Processing Laboratory
The laboratory is a recent addition to the Electrical Engineering department's research and project infrastructure. The laboratory was established in 1999 with State of Maine and the University of Maine System research and development funds and existing Department of Electrical Engineering resources.
Integrating Mathematica into the Electrical Engineering Curriculum
Modern mathematical computing systems such as Mathematica have the potential to improve the learning and teaching environments in many science and engineering disciplines. By significantly increasing the use of such powerful computing tools in the engineering program, I hope to positively impact learning outcomes and improve problem solving skills. I am particularly interested in improving levels of understanding of basic concepts by increasing the use of scientific visualization and computation. (Supported in part by a grant from the National Science Foundation DUE-9650253.)