1. Vorlesung Optische Koordinatenmesstechnik Faszination Bildverarbeitung

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1 1. Vorlesung Optische Koordinatenmesstechnik Faszination Bildverarbeitung Prof. Dr. Dietrich Hofmann Steinbeis-Transferzentrum Qualitätssicherung und Qualitätsmesstechnik

2 Gliederung 1. Wie es anfing ab Wie es weiterging ab Bildverarbeitung heute 4. Smartphones for Science & Education 5. Smartphones for Products & Services 6. Smartphones for Training & Collaboration 7. Selected Apps for Smartphone Color Vision 8. Bright Future for Smartphone Green Vision 9. Networking for Smartphone Green Vision 10. Summary & Conclusions

3 1. Wie es anfing ab 1913

4 Leica Camera Erste Kleinbildkamera der Welt, die sog. Ur-Leica Oskar Barnack Ernst Leitz Wetzlar GmbH, ab 1986 Leica Camera

5 IBM Ich glaube, der Weltmarkt hat Raum für fünf Computer, nicht mehr. Thomas J. Watson Vorstandsvorsitzender IBM

6 Technische Universität Dresden Transistoren??? Meine Damen und Herren! Die Elektronenröhre ist durch nichts zu ersetzen!

7 Texas Instruments Erster integrierter Schaltkreis Jack Kilby Texas Instruments

8 Bell Laboratories Erster CCD - Charge-Coupled Device - Sensor Willard Boyle und George E. Smith Bell Laboratories

9 Friedrich-Alexander-Universität Erlangen-Nürnberg Erste bekannte digitale Echtzeit- Bildverarbeitung mittels der Differenz-Pulse- Code-Modulation DPCM

10 2. Wie es weiterging ab 1975

11 Kodak Erste funktionstüchtige digitale Kamera Steven Sasson Kodak

12 Apple Erster Heimcomputer Apple I Steve Wozniak Mitbegründer Apple

13 2.3 Digital Equipment Ich sehe keinen Grund, warum einzelne Individuen ihren eigenen Computer haben sollten. Ken Olsen Vorstandsvorsitzender DEC 44

14 STEMMER IMAGING Erstes Bildverarbeitungssystem»Intellect«Wilhelm Stemmer Gründer Stemmer Imaging

15 RSB Optotechnik Erste Generation von Grauwertsystemen»Optoluchs«

16 Engel & Stiefvater Engel & Stiefvater Bildverarbeitungsworkstation Michael Engel Engel & Stiefvater ab 1996 Vision Components

17 2.7 Bildverarbeitungskosten 1992/93 60

18 National Center for Super Computing Applications Erster grafikfähiger Webbrowser» NCSA Mosaic «

19 Vision Components Erste intelligente Kamera Smart Camera VC 11 Michael Engel Vision Components

20 MVTec Software Release of HALCON 5.0 formerly the software package was named HORUS Wolfgang Eckstein und Olaf Munkelt MVTec Software

21 VisionTools Griff in die Kiste Hermann Tropf VisionTools Bildanalyse Systeme GmbH

22 MAZeT Erste Vertreter einer neuen Generation von Farbsensoren True-Colour Fred Grunert und Gunter Sieß MAZeT

23 73 GigE Vision Gremium Transmitting Standard for High- Performance Industrial Cameras

24 3. Bildverarbeitung heute

25 3.1 The First Game Changer is Smartphone today yesterday days before yesterday Smartphones are expected to be sold worldwide in I see no reason, why everybody should have his own computer. Ken Olsen 1977 CEO of DEC I believe the world market needs 5 computers, no more. Thomas Watson 1943 CEO of IBM

26 3.2 The Second Game Changer is Color Vision Imaging with Greyscale Processing Which is red, which is pink? Which is turquoise, which is blue? Which is orange, green, purple? Imaging with Real Color Processing

27 3.3 The Third Game Changer is Internet 1st Industrial Revolution 2nd Industrial Revolution 3rd Industrial Revolution 4th Industrial Revolution 1769 Steam Engine Mechanization 1866 Dynamo Electrification 1938 Digital Computer Digitization 1989 Internet Internetization James Watt Werner von Siemens Konrad Zuse Tim Berners-Lee

28 4. Smartphones for Science & Education

29 4.1 Smartphones for Science open access to general knowledge open access to special knowledge simple multimedia storing in clouds any time can be working time any place can be working place any language can be working language

30 4.2 Smartphones for Education www. stemmerimaging.de www. zbsilmenau.de www. industrial. omron.de

31 4.3 Conversion of Paper Books to Smart Books Image Sources and Operation Instructions: _dittrich_spectronet.pdf and

32 5. Smartphones for Products & Services

33 5.1 Smartphones for Color Sensing & Imaging Ocean Optics ColorBUG Berkeley University Cell-Scope General Electric Healthcare VScan technological measurements biological measurements medical measurements

34 5.2 Smartphones for Bio-medical Measurements Hellma Analytics FotoFinder Systems EyeNETRA liquid measurements skin measurements eye measurements

35 5.3 Smartphones for Physiological Testing Advanced Eye Chart Color Vision Test Color Vision Test Vision Test Results

36 6. Smartphones for Training & Collaboration

37 6.1 Smartphones for Training smart books smart tutorials webcasts webinars web conferences web academies

38 6.2 Smartphones for Collaboration Skype collaboration SSC manuals video instructions smart simulations telemonitoring telecontrolling

39 7. Selected Apps for Smartphone Color Vision

40 7.1 Selected Apps for Smartphone Color Vision ewsoftware?id= &mt=8&epi=3gapps&epi2=colo rimeter&affid= &ign-mpt=uo%3d2 Colorimeter rdetector&feature=related_apps

41 7.2 Selected Apps for Smartphone Color Vision om.proxectos.colordetectorpro/color-detector ature=search_result re.colorcapture&feature=also_installed

42 7.3 Selected Apps for Smartphone Color Vision eader&feature=also_installed tifier&feature=related_apps

43 8. Bright Future for Smartphone Green Vision

44 yesterday today tomorrow 8.1 Ubiquitous Internet of Tomorrow 1 2 Web Internet of Work & Life Innovative Collaboration Culture digital, mobile, multi purpose 1 2 Web Internet of People Innovative Communication Culture digital, dynamical, personalized 1 2 Web Internet of Content Innovative Information Culture digital, one-way flow, single purpose 4

45 8.2 Ubiquitous Green Vision of Tomorrow

46 8.3 Ubiquitous Success Storys of Tomorrow Product Success Market Success convenient Product m new Automotive Consumer Medicine Environment Management Doesn t work because of equity weakness reliable affordable m means mass (weight) of product or service old Doesn t work because of market saturation old applicative territorial financially politically new Market

47 9. Networking for Smartphone Green Vision

48 9.1 Network Partners & Network Friends of SpectroNet Green Vision

49 9.2 Acceptance of in Germany Network Partners Network Users Source: Google Maps Source: Google Analytics

50 9.3 Acceptance of Worldwide Clicks: many few no

51 9.4 Performance of for Papers SITEFORUM Statistik Google Analytics Stand:

52 9.5 Performance of for Videos Vimeo Total Loads Vimeo Total Plays Stand:

53 10. Summary & Conclusions

54 Summary & Conclusions 1. Smartphones are fundamental green vision game changers for color sensing, imaging and quality management in science & education products & services training & collaboration 2. Present Smartphone Vision is functionally mobile, online, autonomous convenient, reliable, affordable anywhere, anytime, on demand 3. Future Smartphone Vision is an enabler for innovative technological eyes new vision products for old markets green products and services in value cycles.

55 Links and Sources I. Wie es anfing ab Wie es weiterging ab Bildverarbeitung heute

56 Links and Sources en.wikipedia.org/wiki/werner_von_siemens 3. en.wikipedia.org/wiki/konrad_zuse; 4. de.wikipedia.org/wiki/geschichte_des_internets 4. Smartphones for Science & Educationhttp://de.wikipedia.org Smartphones for Products & Services

57 Links and Sources 6. Smartphones for Training & Collaboration Selected Apps for Smartphone Color Vision Bright Future of Smartphone Green Vision media.torontolife.com/dynimages/features/green_house_img2_.jpg 9. Networking for Smartphone Green Vision Summary & Conclusions

58 Vielen Dank für Ihre Aufmerksamkeit Sie erreichen mich 24/7/365 unter: Telefon: +49 (0) Telefax: +49 (0) Mobil: +49 (0) Skype: hofmann33 Die Vorlesungsskripte können Sie unter herunterladen.