13. SpectroNet Collaboration Forum Konstanz

Session 0: Welcome Adresses & Introduction

Session 1: Innovative/Smart Sensors and Cameras

• TruePIXA – 12 channel line scan camera
• Chromasens Multispectral Camera
• Color Measurement

• About the referee
• About VRmagic
• About Intellifast
• About the application
• About the bolt
• What the sensor does
• Basics of the clamp load
• The need of measurement
• Method of measuring
• „All-in-one“ inspection head
• About intelligent cameras
• Key Facts
• Individual Solutions
• Custom solution: 3D-Sensor
• Custom design: Interface board

• Fraunhofer-Institute for Integrated Circuits IIS
• Fraunhofer IIS Business Areas
• Miniaturized Full-HD-Camera with integrated DVB-T-Transmitter
• Miniaturized Stand-Alone DVB-T-Transmitter (planned)

• NI Vision Platform
• NI Vision Software
• NI Vision Application Software Overview
• Vision Builder for Automated Inspection
• NI Vision Development Module
• Embedded Vision Systems
  • Key Features
  • Advantages
• High-Performance Smart Cameras
• Frame Grabbers
  • Key Features
  • Advantages
• FPGA Vision Hardware
• FPGA Vision Applications
• The NI Vision Difference
• NI LabVIEW

• FPGAs for longevity
  • FPGA are long-living
  • Programming in VHDL
• GPUs for best performance
  • 3 competing approaches (AMD, Intel, Nvidia)
  • Consumer-driven, fast-changing
  • Under OpenCL or CUDA (proprietary)
  • GPUs come for „free“ – but who can program them?
  • GPUs become HOT
• FPGA for industrial – GPU for commercial?

• Motivation
• Image Pre-Processing
• Examples
• Scalable flexibility
• Reliability
• Summary

Session 2: Innovative/Smart Color and Spectral Imaging in Industry

1. State of the art in multispectral image processing
2. Investigation of a new filterwheel camera design
3. Internal signal processing
4. Tasks for internal signal processing
5. Principle control modes for users
6. Control mode for users
7. Application areas

• Introduction
• ColorLite spectral colour measuring equipment
• ColorLite spectral online colour measuring equipment

• Starting Basis
• Nitrogen – One of the Major Crop Nutrients
• From an Idea to the Product – A Successful Cooperation
• Principle of the YARA N-Sensor
• Typical Reflection Spectrum of a Plant
• HandySpec Field: One Product, many Faces
• AgroSpec: Multi Channel Spektrometer System

• What is Precision Time Protocol?
• Competing clock synchronization schemes
• TimeStampValue represents camera clock
• Enabling PTP Synchronization
• Monitoring PTP Synchronization
• How is PTP synchronization realized?
• Implementing a scheduled software trigger
• PtpTriggerTime Notes
• Suggested PTP Camera Networks
• Comparing TimeStampValues between camera events and frames

• Spectroscopy Applications
• Miniaturization
• Incredibly Small.Unprecedented Performance.
• The Importance of Software
• OEM Custom Design
• Design Approach
• The Future is Mobile

• Common requirements for a systems for industrial applications
• Spectral Eye NIR 1.7 and 2.2
• Potential applications in the wood material industry
• Monitoring of adhesive application in the wavelength range of 1500...2500 nm
• Differentiation of organic compounds by spectral imaging and multivariate data analysis
• Advanced Reverse Vending Machines for PET Bottles
• Colour Sorting of granulate material
• Sorting of different plastics

Session 3: Innovative/Smart Color and Spectral Imaging in Biology and Medicine

• Color Sensor Technology
• Color Sensors
• COLORSTRIKER bundle
• COLORSTRIKER Inside
• COLORSTRIKER Software
• COLORSTRIKER - Applications
• COLORSTRIKER – for long time use

• Functional Principle of Phase Measuring Fringe Projection
• Principle of Data Recording
• Evaluation of Projected Fringe Recordings
• Texas Instruments DLP Pico Projectors
• GFM Developments of DSP/DLP-Based 3D Vision Sensors
• GFM-Familiy of 3D Vision Sensors
• 3D Vision Sensor - Concept for Network Integration
• Image Processing Options of the 3D Point Cloud
• Description of the GFM-API Application Programmer Interface)
• 3D Vision Sensors for 3D Measurements
• Applications

• Polytec business units
• Optical Measurement Systems
• Analytics
• Photonics
• Hyperspectral Imaging
• Hyperspec™ Hyperspectral Sensor Design
• New Hyperspec™ Hyperspectral Imagers for Critical Applications
  • Hyperspec™ UV – VIS Spectral Imaging and Research Scanning System
  • Hyperspec™ Inspector E-Series
  • Micro-Hyperspec™ VNIR & NIR Sensors

• Die IOSS GmbH
• Produktkennzeichnung
• DataMatrix Code
• Medical Tool Reader DMT100

• HISTORY OF FARO
• GLOBAL FARO SITES
• FARO PRODUCT LINES
• FARO® EDGE
• FARO® EDGE SCANARM
• FARO® EDGE & FARO® EDGE SCANARM
• FARO APPLICATION & INDUSTRIES
• FARO CUSTOMERS
• FARO CONTACT

• Introduction
• Overview of the System
• Architecture
• Services & Applications
• Conclusions & Outlook

Session 4: Innovative/Smart Color and Spectral Imaging in Special Applications

• Development / Research Goals
• Hardware Platform
• Hardware Architecture
• Airborne Software Architecture
• Case Study: Wifi Resource Estimation
• Case Study: UAV-Laser-Communication

• Motivation
• Grundlagen der Weißlichtinterferometrie
• Weißlichtinterferometrie mit Farbkameras
  • Getrennte Verarbeitung der R,G,B-Pixel des Bayermusters
  • Spektrale Rekonstruktion
  • Additionsansatz
• Zusammenfassung und Ausblick

1. Problem definition and advantage of an automated analysis
2. Method overview (hardware, pattern recognition chain)
3. Complexity visualization with principle component analysis (PCA)
4. Image features and SVM parameter optimization
5. Test results
6. Conclusion and outlook

• Introduction
• The Principle
• Configuration
  • Previewing HS Data
  • Finding Spectral Differences
  • Constraining Colors
  • New Perceptions
• Bridging by Chemical Color Imaging
• Products

1. Chances of „Consumerization“ Technologies
2. Practical Examples for Early Birds
3. Challenges for Future Developments