INHALTE
Research Profile
Project short overview (facts)
- Division in five subranges
- 7 employees
- Project term 5 years
- Start: 01/04/08
- BMBF-Initative Innoprofile "Entrepreneurial Regions"
- Cooperation with industrial partners
- Annual Workshop
Project short overview (material)
- Co-ordinate measuring maschine F25
- Flat white light interferometer
- High-frequency oscilloscope (3.5 GHz)
- Different laser illumination
- Frequency generators
- Xilinx-FPGA technology (Spartan, Virtex)
- Zeemax EE (optics design programme – Ray Tracing model)
- Multi-processor-system
- Different color cameras and monochrome cameras
Increase of the level of automation
- Automatic setting the system determining parameter
- Automated commissioning and servicing functions
- Automatic parameterization of the edge place regulation and intelligent property recognition
- Reduction of the measuring uncertainty and self calibration
- Standardized hard and software interfaces
- Machine machine communication
Entire use of the color information and spectral information for measuring and recognition assignments
- Suitability of color information about the differentiation of the measuring property of the surroundings
- Realization of the measuring assignments which are not solvable with grey value image processing
- Adaptive evaluation of the color canals
- Color and spectral image algorithms
- Improvement of the man-machine communication by color information
Merger of recognition algorithms and measuring algorithms
- Shape and orientation identification to the fully automatic capture of measuring properties
- Automatic recognition and classification of measuring properties
- Interpretation of the picture admission canal to the fulfillment of measuring functions and recognition functions
- To knowledge-based procedures for the increase of the recognition council
Design and simulation of robust system solutions
- Creation of theoretical bases for the measurement uncertainty of image processing technology
- Automatic adaptation of camera and lighting functions
- Error suppression with incident light
- Automatic reaction on unexpected reflexions
- Increase of the measurement information quality by synchronised multi sensor systems and lighting systems
Performance and speed optimisation by use of camera internal intelligence
- Bottleneck analysis and separation of camera-based functions based on PC (FPGA/DSP)
- Optimization of distributed image processing systems
- Automation of the distribution of picture processing routines in multi-processor-systems