Projects by product

Projects

The projects found below contain specific customer projects in different areas of engineering like project management, software development, hardware and electronics and others.


Management


Telecommunication

  • Mobile internet technologies, values and organization structure of Ericsson and Nokia. Read more about: Mobile internet technologies >>
  • Multimedia Messaging Service (MMS) The customers, firms, implementation, technology compared to the future benefits and needed strategic support. Engineering approach study with Ericsson and Nokia. Read more about: MMS >>
  • Protocols for a multi protocol analyzer, including SS7, ISUP, SCCP, TUP, TCAP, ETSI, ISDN.

Hardware and electronics

  • Computer vision with inertial sensors for integration into vehicles and used for personal navigation purpose.
  • Security camera construction for covert operations.
  • Authentication scanner including camera and invisible light sources.
  • Single Block Semiconductor Power Amplifier construction and analog preamplifier.
  • Serial transmitter for a UART realized in a FPGA (Fast Programmable Gate Array) using standard logic devices and VHDL (Very High Description Language) programming.
  • Self-driving vehicle with servo-control system, magnetic sensors and 8086 microprocessor.
  • Programmable Logic Controller (controller and translator) for the 8088 microprocessor.
  • Linear Variable Power Supply design – electronics and layout.
  • Self centering bench vice, using CNC (Computer Numeric Control) and automatic cutter grinding, design performed on AutoCAD.

Windows and OS programming

  • Computer vision programming in Visual studio using C++, OpenCV, Python.
  • Database and medical device simulator using C# and web services.
  • Easy Windows Hard disk Explorer, using API (Advanced Programming Interface) functions.
  • Library system implemented in OOP (Object Orientated Programming) using the Unified Modeling Language (UML) and use of patterns for improvements.
  • Satellite based oil spill detection covering, design, launch, orbits and radar systems.
  • Process Analyzer, diagnostic thread, dll and heap program for windows 95, using MFC (Microsoft Foundation Classes) and document templates.
  • The advantages and disadvantages of Linux as an operating system for the engineer.
  • Multi-threaded programming techniques using a C kernel and Java.
  • Construction of an OOP database scheme for interconnecting information with an image explorer.
  • Object oriented programming for creating an automated cinema control and vending system. From real life model to IT architecture. Read more about creating an automated cinema control and vendor machine. >>
  • Thumbnail image explorer using COM (Component Object Model) and Shell functions connected to a database with fast cross-linked SQL (Structured Query Language).
  • Programming interface for interconnecting C, Visual C, Vbasic, Pascal, Delphi, Java programs. Furthermore the creation of plug-in wizards for development.
  • Object Oriented programming: association, aggregations and composition in UML and OCL. Read more about association, aggregations and composition in UML and OCL. >>

Windows, Linux and Android

  • NFC setup, detection of tags and parsing of data for card transactions and network configuration.
  • Handheld camera’s implemented using linux with modified hardware.
  • Network router configuration through wireless communication.
  • Cardgame for keeping check on bridge cards and results on a tablet alike machine.

Signal processing

  • Ultrasound computations for reading of signals within different materials.
  • Neural networks used for speech recognition including training and optimization techniques.
  • Infinite Impulse Response filter design, prediction, source and speech coding on DSP. Read more about Speech Coding >>
  • V.32 Modem Transmitter DSP (Digital Signal Processing) – implementation and simulation.
  • Window-based Spectral Analysis and Finite Impulse Response-filter design on DSP.

Image processing

  • Structure from Motion to determine the position of a camera given by a 3d model when driving or moving around for creating of a navigation system not dependent on GPS.
  • Iterative Multi-gridding Algorithm for PIV (Particle Image Velocimetry) Flow Measurement on PC/DSP.
  • Advanced 2D filtering module with spatial, median, statistical difference, Gaussian ISO11562 and Iterative ISO13565-1 wavelength separation filtering.
  • Advanced 2D Fourier filtering module with orientation module and tensors.
  • Depth map reconstruction from two images taken at a different position using Matlab.
  • Visualization module in 3D using OpenGL interactive design and construction of a user-friendly interface and expansion of a 3D animation module.
  • Stereoscopic camera calibration for motion estimation. Implementation in Visual C.