Summary

The projects fit more or less accurately into the following areas:

Industrial Image Processing, Communication Technology, Fire Protection & Suppression, Nuclear Industry, Software Industry, Artificial Intelligence, Science (general), CAD, CAE, Avionics, Navy, Defence, Automotive, Measuring Instruments, Semiconductors, Embedded Systems

Here is a selection of Clients & Partners. I prefer long term contracts.

Open Source

        (Minor contributions to doxygen, kdevelop and boost)

Streamlining of non-trivial development pipelines for embedded systems.

Algorithm development and implementation for defect detection on PCB's

Algorithm development for semiconductor client

TBS

Addressing various aspects of point-cloud processing. Design & implementation of several native OpenGL data viewers, embedded in a Qt application. Data model for the visualization of large (exceeding main memory) sets of 3D points. GLSL shader programming.

Scripting assistance for significant existing C++/Qt application. Includes scripting of the C++/Qt components themselves, adding script debugging support, a class browser with versatile filter capabilities for identifying 'script-worthy' entities buried deeper in code, and finally some GUI programming based on Qt.

Implementing Video Capturing & Serialization, Data Encryption, Object Recognition and more (conf.)

Touching some interesting areas of Infrared Image Processing using native and managed Windows programming; Video acquisition/serialization; Hot-/Cold-Spot detection; Camera hardware control and more

Notable accomplishments:

• Porting mid-sized (at that time) application (~100 kLOC) from Linux to Windows (preserving common code base)
• Integration of Jeppesen avionics databases + visualization (custom-built OpenGL backend)
• Implementation / Design (C++ / OpenGL / GLSL):
• Visualization and behavior of advanced military airspace ensembles;
• Hardware-accelerated real-time intervisibility algorithms
• Introducing qmake-based build system

Complete conception, design and implementation

Design and implementation

Training (C++, Qt) of customer employees; Software and algorithmic design; Implementation of 3D routines and core algorithms; Technical planning and coordination

Spectrum Monitoring Software; The task involved GUI programming (Qt), Multithreading and Network Programming for distributed applications in heterogeneous environments (mixed TCP/IP / IEC-BUS networks); Driver software with high degree of hardware programming.

Design and development of a helper library for a X-ray fluorescence software.

Included nontrivial topics: medieval fonts and mathematical formulas, neural net based OCR. From a programmers point of view: C++ with heavily used template based techniques

Wavelet compression, Handling of large data sets, Superresolution algorithms

The project covered the entire cycle involving image acquisition (linescan cameras) up to the implementation of non-classic (neural network) and classic image processing algorithms on PC/PIC based hardware platforms