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There is a RadonTransformExecutor, which can be easily configured for using multithreading. That RadonTransformExecutor invokes the RadonTransformCalculator, and returns a Future<RadonTransformCalculator>. If succeeded, you will get a RadonTransformCalculator object, which includes a RadonTransformResult, which has the Radon Transform, which can be browsed. The shared zip includes the library and an example, which shows how to make the library work in a real case. ...

It is a command line application to which you can pass a color, and the application transforms the input images to that color scale image (as if it was a gray scale, but instead of gray, that color). In addition, the application allows you to set the global alpha of the image, and translate a particular color to a totally transparent alpha (alpha = 0). You can also disable alpha component, just in case the input image is a .jpg, or there is any restriction that makes the output image from being saved successfully. ...

...The purpose of WrapImaJ is not to combine an exhaustive collection of all functionalities of different imaging system, but to offer a simple, concise Application Programming Interface (API) - allowing to develop imaging software, the source code of which is independent from the underlying imaging system on which it relies. In it's current form, it only wraps basic functionalities of ImageJ. The developers of WrapImaJ intend the library to support compatibilty with the main imaging systems available in the Java language and broadly used in the field of life sciences.

...This work was originally proposed for two months of work, but it was rescheduled to run untill August 2011 after realising its synergetic relationship with other UCL tasks within the ProVisG project. Within this time period, UCL delivered consortium members a stereo application (called StereoWS ver. 1.0), which integrates various practical stereo tools into the JPL’s stereo rendering engine (called JADIS). In addition, a part of software (called StView ver.1.0) was ported to a web-based GIS system (e.g., ProGIS) and ProVIP as a solution for stereo visualisation. Apart from the stereo visualisation, some useful stereo tools (e.g., stereo matcher or stereo image processing tools) have been extracted from UCL’s previous development for HRSC data processing, and modified for close-range stereo imagery.

A handwritten number recognition system was developed by using image processing and neural network technique. The system was developed in Java. Other applications which make use of image processing and neural network technique will be published too.

This program automatically adds tags to your pictures on flickr.com. First it computes the tags by image processing, then the user can choose which tags he wants to add to a certain picture.