gfai tech – going for advanced innovation technologies! Products “made in Adlershof” Balancing Science and Economics Magdalena BÖCK [email protected]
gfai tech – going for advanced innovation technologies!
Products “made in Adlershof”
Balancing Science and Economics
Magdalena BÖCK [email protected]
Adlershof Technology Park
One of the 15 biggest science parks worldwide &
Most important science, business and media site in Berlin-Brandenburg
• ten non-university research institutes • six institutes of the Humboldt University • almost 1,000 businesses and organizations
Why settle/ found here?
GFaI eV Gesellschaft zur Förderung angewandter Informatik Society for the Promotion of Applied Computer Sciences • not-for-profit R&D organization • founded 1990 • based in Berlin-Adlershof
• ∼120 employees
– third-party funded projects – industrial research contracts – industrial research services
• advancement of R&D in computer applied sciences • industrial joint-research
• 100+ members* (companies, organizations, individuals) • numerous successful cooperations
* full list of members: http://www.gfai.de
Historical background - GFaI
November 04, 1989: mass demonstration in Berlin/ Alexanderplatz
November 09, 1989: Fall of the Berlin Wall
June 01, 1990: Founding of GFaI
July 01, 1990: start of the monetary union
October 03, 1990: start evaluation process – Academy of Sciences (GDR)
Summer 1990: German Reunification
June 1991: Admission to AiF
September 1991: GFaI moves to Adlershof
December 31, 1991: End liquidation process – Academy of Sciences (GDR)
December, 1992 2,5 years GFaI > 74 employees
Important questions in the beginning
• How to fit into the new German research landscape? Is there a chance at all?
• What thematic focus is suitable? How can the balancing act between science and business succeed? What scientific work involves sufficient economic potential? How do you design the relationship between publicly funded projects and industrial R&D contracts?
• How can a private non-university research institute cooperate with other scientific institutions, especially universities? How can different interests be reconciled?
Important questions in the beginning ctd.
• How do you win partners in on the market? How do you attract customers?
• How does a non-university research institute organize marketing & sales?
• How can networking be organized effectively? Does an open door policy mean an influx of knowledge or a drain of it?
• What facilities are necessary? How can these be financed?
In the German research landscape
Mediator between science and industry
06-1990
06-1991
02-1993
01-2002
02-1993
Individual memebers 06-1990
Institutional members 03-1991
11-1993
04-2006
Thematic focus
Area of tension High level of expertise, unique features ↔ applications and potential benefits Avoid: - We know everything about things no one is interested in - We can do little of what many need
3D modeling / 3D computer graphics
3D data acquisition
Example: Search for a specialty in the field of 3D modeling/ 3D computer graphics > focus on 3D data acquisition
Cooperation with other scientific institutions
• Joint R&D projects funded by
• Practical training: – teaching assignments at universities – involvement of students in teaching – offering internships to students – providing topics for Bachelor/ Master/ PhD thesis
Success on the market - customers
example Acoustic Camera • First idea: basic research • First application field: failure • Perseverance! New orientation! • Co-developed with the customer. But not via money, rather
with requirements to a product “Acoustic Camera” • First sale to co-developer • Management of further developments, sales and services • Establishment of professional sales • Strong focus on automotive industry, downturn in 2009 • Diversification of target groups: overcoming the slump in 2010
Success on the market
Acoustic Camera R&D
Production & worldwide marketing
Research on interference in natural neural networks
Change of orientation
Time bar – Acoustic Camera 1994: first research 1996: first experimental arrangement 1999: prototype of an Acoustic Camera 2001: first national sale 2003: Innovation Award Berlin-Brandenburg 2004: first international sale 2005: Nomination „German Future Award“ 2006: founding of gfai tech GmbH
Networking On a small scale
• Board meetings • Advisory council meetings • Internal network workshops • Thematically limited brainstorming • Project committee sessions
On a large scale • Membership meetings of GFaI and AIF
Public events • Technical events
– EVA (Electronic media and art, culture, history) – Ambient-Energy for Ambient Intelligence“ – 3D North-East
• Parties and Celebrations • Intl. conferences and tradeshows (e.g. Expo2007 Aichi)
GFaI eV Gesellschaft zur Förderung angewandter Informatik Society for the Promotion of Applied Computer Sciences • not-for-profit R&D organization • founded 1990 • based in Berlin-Adlershof
• ∼120 employees
– third-party funded projects – industrial research contracts – industrial research services
• advancement of R&D in computer applied sciences • industrial joint-research
• 100+ members* (companies, organizations, individuals) • numerous successful cooperations
* full list of members: http://www.gfai.de
Expertise/ Departments
Departments: – Image Processing – 3D Data Processing – Fuzzy Logic Applications – Document Management – Graph-based Engineering Systems – Hardware and Interference Systems – Adaptive Modelling and Pattern Recognition – Computer Aided Facility Management – Signal Processing (Acoustic Camera)
Project groups:
– Information Systems – Multimedia – Process Automation – Robotics – Sensors
Image Processing
• Engineering applications
• Industrial quality control
• Image analysis in forensic science
• Image databases
Example: Optical measurement of railway sleepers - 100% inspection (Pfleiderer AG)
Image Processing
Example: Image-content-indexed “SCHARS” (footprints and patterns archiving and retrieval system) - a forensic application
3D Data Processing
systems and algorithmic solutions for: • contactless 3D-measurement • 3D-modelling and data processing • 3D-visualization • 3D-parametrization and –vectorization • 3D-(form) and 2D-(image, texture)
data analysis • process and quality control • digital documentation and presentation of
three-dimensional issues • special solutions for computer aided design • license and/or order based software development
targeting 3D-applications • simulation of 3D-processes
3D Data Processing
3D data acquisition and processing and analysis: • terrestrical commercial laser scanning (TLS) • direct controlling device (Faro, Z & F) • commercial 3d software Final Surface® • custom software solutions tailored to specific
applications and customer requierements
Process Automation
• Intelligent optical inspection / measurement techniques
• Automation and quality management solutions for production engineering
Example: Systems Series „VCD“ (Visual Contour Digitizer)
• 2D acquisition and digitization of templates and sample parts
• Automated quality assurance of finished Parts
(DaimlerChrysler, Thyssen Krupp Stahl
Robotics
• Technological Application Solutions • Sensor integration • New programming techniques for
efficient use in SMEs and for small series.
Example: Sensor-aided teaching and calibration
Example: 3D modeling, programming and simulation system / ceramic industry(KERAMAG)
Example: Automatic programming of welding machines with sensory tolerance compensation
• Network Facilities Management • InfoCABLE® - Efficient support for the
planning, administration and documentation of complex communication networks (German Air Traffic Control)
• Tools for – Mass Data Acquisition – Change Management – Facility Layout
• Facility Process Management
Computer Aided Facility Management
Graph-based Engineering Services
- Toolkit for Analysis Optimization of Industrial Energy Systems -
Computer-aided tool for integrated analysis, design, evaluation and optimization of industrial power supply systems • Current state analysis of energy use
and supply systems: data collection and analysis
• Modeling and calculation of evaluation parameters for the existing energy supply system and possible variants
• Definition of objectives and decision-making • Data management • Automated creation of reports and
presentations
Energy-flow diagram
Acoustic Camera – making sound visible
→ fast
→ easy
→ precise
Signal Processing
An industry-oriented company, specializing in the sale of advanced innovative technologies.
gfai tech GmbH
Expertise/ Departments
GFaI Research
Areas
Fuzzy Logic Applications
Signal Processing
3D Data Processing
Graph-based Engineering
Systems
Adaptive Modelling and
Pattern Recognition
Document Management
Computer Aided Facility Management
Image Processing
Hardware and Interference
Systems
gfai tech GmbH
An industry-oriented company, specializing in the sale of advanced innovative technologies. → Founded 2006
→ 100% daughter of GFaI eV
→ development, → production, → global distribution of advanced innovation technologies
• InfoCABLE System for planning, administration and documentation of IT infrastructure systems
• Kranbahnmesswagen Laser measurement of rail tracks (industrial cranes)
• Leather measuring machine LQScan simultaneous area and thickness measuring
• LScan 3D 3D Scanner • SCHARS Web Internet and network
capable program for the registration, classification and retrieval of shoe prints and sole patterns
• Top-Energy Tool for analysis and optimization of industrial energy systems
• Visual Contour Digitizer for accurate measurement and comparison of large and flat or free-formed parts
• 3D Registhree Mobile image and 3D-registry system
• Acoustic Camera to visually localize acoustic emissions
• AMGuss analysis of the microstructure of cast iron
• BodyFit 3D 3D body measurements • BOST Data Base for Sockets and Bullets • FACET System documentation and
administration program for industrial plants
• Final Surface 3D software for acquisition, visualization, manipulation of 3D data
• Findex Indexing program • Fuzzy-Meater Image Processing System
for Quality Grading of Beef • GePaKo Quality Inspection for Coin
Wrapping Machines
Products (excerpt)
Balancing Science and Economics
• Interdisciplinary networking, cooperation (also in little formalized form)
• Using soft factors of the environment
• Establish regionally, be effective trans-regionally
• Listen to the needs of the industry. And act accordingly
• Staying power: ability to "recycle" scientific and technical skills
• Serving several application areas, target groups, markets with similar core competencies. No fear of the label “jack of all trades"
• Use the wide range of public financial support
gfai tech – going for advanced innovation technologies!
Thank you!
Magdalena Böck [email protected] Skype: magdalena.gfaitech