| Large(r) Area, Low(er) Resolution, Flexible Displays |
| Low-Voltage all Printed Organics Transistors |
| Options for conductive inks |
| Printing RFID Antenna with Conductive Inks |
| Manufacturing RFID Inlays With Conductive Inks and Adhesive Interconnect |
| A R2R printable electronics platform |
| Reel to reel production of polymer electronics |
| Printed Electronics in Packaging |
| Avoiding the Pitfalls of RFID Tagging |
| Printed Flexible P-OLED Displays: From Technology to Commercialization |
| Printed Flexible P-OLED Displays: From Technology to Commercialization |
| Flexible 'Printed' Copper Circuits - Even on Paper |
| A Contribution to the 1 Cent Tag Target - 'Printed' Copper Antenna - and on Paper |
| AwareSpace from Adozu: Linking the Real World to the Enterprise |
| Implementing RFID in retail supply chains: Lessons from retailer mandates |
| Implementing RFID Masterclass |
| Making it all work |
| Combatting Pharmaceutical Fraud |
| Active RFID Using Standard Wi-Fi: The Network Convergence |
| Active RFID Using Standard Wi-Fi: The Network Convergence |
| Leveraging Wi-Fi networks for Active RFID: case studies in manufacturing, logistics and healthcare |
| Active RFID and Wi-Fi: Integrating Real-Time Location Technology into Standard Networks |
| The Benefits of Wi-Fi-Based Asset Tracking Solutions for Healthcare, Manufacturing and Other Industr |
| Application of RFID in an Integrated Healthcare Environment |
| ORGACON Products Ready for Printed Electronics (R)evolution |
| ORGACON Products Ready for Printed Electronics (R)evolution |
| Transparent conducting screen-printing inks |
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| Managing Fresh Supply Chain with RFID Temperature Sensors |
| Europe's Largest EPC UHF Roll-Out |
| RFID Technology Viewed from an Airline's Angle |
| How we used RFID to Revolutionise our Gas Cylinder Supply Chain |
| Technology on the horizon: The future of RFID |
| Availability of EPC Class 1 European UHF RFID solutions |
| Advanced RFID Systems for sensing and security |
| Momentum Building Year for RFID |
| Organic Photovoltaics Research at Arizona State University |
| Flexible Active Matrix Backplane Technology Development in a Pilot Line Manufacturing Environment |
| Inkjet Printing of Electroluminescent Quantum Dots |
| Progress in printable organic and hybrid materials |
| A New Paradigm for Disruptive Technology Development and Transition |
| Technical Substrates for Contactless Products |
| Flexible Displays for the Army |
| Printed Actuators, Generators, and Sensors |
| Printed Actuators, Generators, and Sensors |
| Supply chain management in the fashion industry: the DHL Fashion business case |
| Chairman - Day One Track One |
| Active RFID System Optimizes High-Velocity, High-Volume Distribution Center |
| The e-Sheep revolution, productivity and product tracing |
| Results of the Aerospace ID Technologies Programme |
| The Role of the 100% Readable Tag in the RFID Marketplace |
| RFID Consortium Overview |
| Understanding RFID technology and what to consider for a successful implementation |
| Technology for Item Level Tagging At UHF Frequencies |
| The Promise of RFID Converting |
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| Creating a New Visual Standard for Smart Labels Through Printed Electronic Displays |
| Printed Displays and RFID |
| Active RFID - Real-time Location Systems (RTLS) - Emerging Technology for the Healthcare Sector |
| The Emergence of Generation 2 EPC Compatible Readers |
| New Ground for Active RFID: Meeting Market Requirements of Affordability, Reliability, and Flexibility |
| Progress in materials development for printed electronics |
| The first fully printed, low cost, mass-producible ring oscillator |
| Progress in Materials Development for Printed Electronics |
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| RFID Process Control System for Yield Improvement and Prevention of Defects |
| Beltronics Printed Electronics Market and Technology |
| Quantified paybacks from item level tagging – results from live pilots |
| RFID Smart Labels from Reel to Real |
| RFID: Technology for a Smart Future |
| Accelerating the Widespread Use of RFID Through Newly Developed & Simplified Converting |
| Printed Electronics for Life Sciences |
| Printed Electronics for Life Sciences |
| Mistake Proofing in Healthcare Using RFID |
| Patient Safety and the Use of Technologies |
| Update on Concessionary Smart Card Ticketing in the West Midlands |
| Thin Flexible Batteries |
| Thin Flexible Batteries Add Value to RFID |
| Flexible, low cost and environmental printed batteries |
| RFID and Supply Chain Effectiveness |
| Leveraging Active RFID for an Enterprise Network Location Service at Boeing |
| RFID at Boeing |
| How Airbus and Boeing are using RFID |
| Progress on Commercialising RFID for Aerospace and Defense |
| Low-Cost Solar to Electric Energy Generation Using Concentrating Photovoltaic III-V Solar Cell Technology |
| Leveraging Active RFID for an Enterprise Network Location Service at Boeing |
| The World’s first Bookstore with full item level RFID roll-out |
| Full Item Level RFID Roll-out: Why, Challenges and Paybacks |
| Bolton Payment card: case study |
| Active RFID in Oil and Gas |
| A case study - petrochemical industry workspace safety |
| RFID at BP |
| Active RFID in Oil and Gas |
| Active RFID in Oil and Gas |
| Concessionary Travel and an Existing Citizen Card |
| British Airways and RFID: been there, done that |
| RFID at British Airways and IATA's RFID progress |
| Printed electronics and offset lithography |
| Mobile RFID (NFC) in Retail |
| Inkjet printable flexible display circuitry |
| A Comparison of IJ Printed Conductors to Conventional Processes |
| Advances in printable inorganic electronic materials |
| New progress with printed OLED displays |
| Challenges in the Commercialization of OLEDs |
| Progress Towards Flexible Polymer OLEDs |
| OnTune(TM) Technology: Auto-Tuning for Readers and Tags |
| OnTuneTM Technology - Tuning, Range, and Reliability in RFID |
| The Can-Trace Project in Canada |
| RFID cards: the biggest RFID market by value and growing |
| Emerging field for thin flexible power sources |
| Emerging field for thin flexible power sources |
| Emerging field for thin flexible power sources |
| Thin Film Energy Devices With Organic Electronic as a Complementary Technology |
| PETeC - A new resource for the development and prototyping of organic electronic devices |
| Polymer electronics for a flexible functional future - bridging the gap between lab and production |
| Turning the Dream into a Reality |
| Benefits of Asset Tracking: How CHEP is Helping Its Customers in Consumer Package Goods (CPG), Automotive and Fresh Produce Business by Providing RFID Enabled Reusable Assets and Tracking Solutions |
| The Chip is the Sensor |
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| Chisso's High Functional Inks - Key Materials for Industrialization of Ink Jet Printing System |
| Latest Innovation in Conductive Inks for Different Applications |
| Self Assembling Nano-particle based Transparent Conductive Coatings |
| Cisco active RFID/RTLS overview |
| Strategic Imperatives For Successful RFID Implementations – Network & RFID Infrastructure |
| Location-Based Systems: A Network Equity |
| Cisco active RFID/RTLS overview |
| Tracking Deliveries at City Link with RFID |
| RFID at the Coca-Cola Company |
| RFID Deployment in the CPG Industry |
| Practical Information from Basic Solar-Cell Measurments |
| The future has arrived - reel-to-reel printed electronics |
| Solar Islands |
| Printed Electronics Meeting the Requirements of the Transit and Retail Industries |
| Where Transit and Retail Meet RFID |
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| Printed Electronics in Use in the Medical and Security Sectors |
| Intelligent Pharmaceutical Packaging |
| Paperboard Computers |
| Many meters range from HF tags |
| Many meters range from HF tags |
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| Implementation of RFID systems for the food supply chain |
| Implementation and Technical approach to RFID in Japan |
| Around Italy in 80 case studies |
| Around Italy in 80 case studies |
| Tackling the challenge of low-cost RFID chip assembly |
| Process Monitoring for RFID Inlay Assembly |
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| Assembly of the RFID-Chip to the Antenna, Current and Possible Future Processes |
| Current Postal RFID Activities and Possible Future Strategies |
| An Introduction to the Postal RFID Programme |
| Adhesive Applications in the Smart Label Sector |
| Utilizing Semi-Passive RFID Tags for Monitoring the Condition of Fresh Produce in Transit |
| Concessionary Travel 2008 |
| How Automating DePuy's Replenishment Process with RFID Drove A 6x Improvement |
| RFID in DHL |
| RFID at DHL: Our extensive work so far and next steps |
| RFID within Express Transport and Logistics |
| Worldwide Status of RFID for Animal Applications "Progress & Challenges" |
| Achieving cost efficiencies through the automation of RFID |
| Delivering Value from Track and Trace in Pharmaceutical Distribution |
| Dow Venture Capital |
| New Conductive inks Bring enhanced Performance & Design Flexibility to RFID Labels |
| Processing RFID Antennas; Ink to Chip |
| Integrated Material Systems for Inlay Assembly |
| DuPont Microcircuit Materials in Printed Electronics |
| Latest Advances in Substrates for Flexible Electronics |
| Latest Developments in PET and PEN Films for flexible electronics |
| The National ID Card: the DVLA Perspective |
| Electronic Paper Technology, Its Potential Market & Issues to be Solved |
| Alternative Technologies for Display Backplanes: Organic or Inorganic? |
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| Alternative Technologies for Display Backplanes: Organic or Inorganic? |
| Security: The Next Global Supply Chain Frontier |
| Wi-Fi Based RTLS for Asset and People Tracking - Customer Examples and ROI |
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| Real-time people and asset tracking using the enterprise Wi-Fi network |
| elumin8 - Where Next? |
| elumin8 - Where Next? |
| elumin8 - Where Next? |
| Rethinking markets for light technology |
| New large area moving colour displays |
| The chip, heart of an RFID Tag: what determines its cost? |
| The chip, heart of an RFID Tag: what determines its cost? |
| Development of Isotropic conductive adhesive for metallic substrates used in RFID tag assembly |
| Conductive adhesives for high speed assembly: low temperature, spot cure technology |
| Novel enabling technology for high speed RFID tag assembly |
| Novel enabling technology for high speed RFID Die Strap tag assembly |
| The World's first supermarket deploying full item level RFID tagging |
| The thin SoftBattery(TM) and printed electronics |
| Printed Battery for Printed Electronics |
| Printed Battery for Printed Electronics |
| Active RFID - Standards in the Larger Context |
| The latest developments for the Electronic Product Code EPC system |
| Adoption of RFID in Libraries |
| Research and Activities on RFID carried out at the SILab Laboratory of the Joint Research Centre of the European Commission |
| Research and Activities on RFID carried out at the SILab Laboratory of the Joint Research Centre of the European Commission |
| The Problem with IT? Too Many Wires and No Sense(s) |
| RFID Compliance And Beyond ... |
| Materials For High Performance, Low Temperature Printed Conductors |
| Identification Technology in Healthcare: An FDA/CDRH Perspective |
| The Application of Active RFID in Manufacturing at Ford |
| Longer Range, Higher Performance Passive Tags Using New Antenna Options |
| Theft prevention system based on networked active Tags (sensor networks) |
| Reel to reel manufacturing of printed electronics and systems |
| New Solutions for Ink Jetting Electronics |
| Intelligent Printing System for Material Deposition and Fluid Development |
| Manufacturing Electronics with Ink Jets |
| Ink Jet Printed Electronics: Moving to Production |
| Ink Jet Printed Electronics: Moving to Production |
| Ink Jet Technology for Printed Electronics |
| RFID Developments in Japan |
| Eliminate Blind Spots in Your Supply Chain Using WiFi Asset Tracking |
| Opportunties in NFC Mobile Payments |
| RFID Activity at GE |
| Reconfigurable Carbon Nanotube Switch |
| Short and Medium Term RFID Applications in Logistic and Transport. |
| Short and Medium Term RFID Applications in Logistic and Transport. |
| A Successfull Item Level Tracking Pharmaceutical Project Utilizing UHF Technology. |
| Active RFID: Development and Deployment Lessons Learned |
| Logistics Innovation - A View From the Top |
| Counterfeiting: The scale of the problem and how RFID can help |
| Procter & Gamble/Gillette and RFID: Our RFID Packaging challenges and our progress so far |
| Counterfeiting - A World of Difference... |
| Applying RFID in Pharma R&D |
| The Path to Commercial Organic Solar Cells |
| Pay-Per-Click Through a Simple Touch |
| The Killer Application: Active RFID & ZigBee in Hospitals |
| Day 2: Chairman address |
| Day 2: Chairman address |
| Global Standards in RFID |
| Global Standards in RFID |
| RFID Standards in Action |
| Functional Printing Applications and Requirements to Compete |
| Functional Printing Applications and Requirements to Compete |
| BAYTRON® P [PEDOT/PSS] conductive films and new Ampertron™ SD oligothiophene based semiconductors for polymer electronics. |
| BAYTRON® P [PEDOT/PSS] for the Production of Highly Conductive Transparent Films and Oligothiophene Semiconductors for Organic Transistors |
| BAYTRON® P [PEDOT/PSS] for the Production of Highly Conductive Transparent Films and Oligothiophene Semiconductors for Organic Transistors |
| Tailoring BAYTRON® P [PEDOT/PSS] for the production of highly conductive transparent films. |
| Highly conductive films and new oligothiophene based semiconductors for polymer electronics |
| Recent progress in PEDOT:PSS dispersions and oligothiophene based semiconductors |
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