I renewed the PicoForms rendering capabilities with the following features:

• Font rendering of anti-aliased fonts generated from OpenType or TrueType
• Rendering of round anti-aliased transparent corners
• 3D transition effects using OpenGL and M3G
• 3D controls

I did performance tuning of the platform to being able to run smoothly on JVMs with special JIT requirements.
I also ported the client platform to Android.
Below is a video demonstrating the UI running on a Nokia N78:

Capture One had three groups working on the software. One group made the Mac OS X version which was written in Objective-C and used Cocoa. The second group made the Windows version which was written in C# and was running on the .NET platform. The last group, the group I worked in, implemented a C++ cross platform library which did all the image processing. In that group I worked as liaison between the two UI groups and defined the API between the core library and the UIs. This meant I wrote code in C#, Objective-C and C++. I also performance tuned the C++ library and debugged everything from the UI to the processing algorithms. I also worked on memory allocation algorithms since the core processing required huge amount of memory and the build-in allocator/deallocator created fragmentation.

I developed a browser for J2ME which supported DOM, CSS, XPath, XML Schema datatypes and XForms. The browser was targeted for devices supporting CLDC 1.0 and MIDP 2.0. I also developed a XForms C++ implementation for Internet Explorer using COM and Binary Behaviors. Additionally I was out for a 3 months period where I worked as a consultant for a danish pension company on there internal administration system. The technologies used here was Java with Websphere as J2EE container using Batis and Spring.

I wrote an XForms processor in Java targeted for small devices. The emphasis was to create an XForms based runtime as a building block for creating declarative applications. A layer above this creates the foundation for a declarative application platform where the user interface/application is created based upon the incoming data and the user interaction. This layer consisted of an XSLT processor which will incrementally evaluate the stylesheet rules and update the host document, e.g. the document which is displayed to the user. The actual rendering of the host document is left as a building block outside of the platform, e.g. I have a rendering for J2ME MIDP devices which is created as an example rendering. Also I am in the process of creating a .NET rendering which utilizes the Internet Explorer Web Browser Control. The processor is open sourced at sourceforge (http://solidforms.sf.net).

I worked as Novell's representative in the W3C XForms working group during the entire period of my employment. I participated both as an editor and as a regular member in the working group.
I developed two Java^TM XForms processors and one C++ implementation for Internet Explorer. Both Java^TM processor were made as a foundation for other rendering capabilities, mainly a server-side J2EE^TM XForms processor for HTML browsers. I wrote an XPath implementation for the first Java^TM processor. The second Java^TM included a partial but substantial CSS implementation.
The C++ implementation for Internet Explorer was written as a COM/ActiveX component based on Binary Element Behaviors. The implementation was created as an attributed ATL component and was written using C++ templates. A part of this component was ported and donated to mozilla.org for the XForms extension for Firefox.
The C++ implementation for Internet Explorer also has a toolbar.

I developed software for the transcoding of content to small devices using a "slice and dice" approach. The software was written in Java^TM for the SilverStream Application Server (a J2EE^TM application server) and the transcoder was integrated into SilverStream's portal solution. I also commenced work with XForms in this period.

I created a WAP-page system much like the JSP architecture. The system was used to present information to mobile devices capable of WAP. The software was written in Java and specific for the SilverStream application server. I also started work on transcoding of content to small devices.

I worked as a supporter for the SilverStream application server at Corebit and United Consultants. I also developed a customer relations system for that particular application server.
I developed two Microsoft Access databases (one collecting quality measures and representing them as graphs and one for tracking where people where located in the building) for Ericsson. I also created several internal web applications for them.

Master thesis

Fuzzy Data Analysis (Pap Smear Analysis) Graded 11 (magna com laude) for independent and excellent performance.
The thesis was about analysing images of pap smears which is samples taken from the uterus. The thesis analyzed different digital image processing techniques for extracting feature-sets. It then analyzed the featuresets for classification to reduce false-positives.