| Securing Trade Lanes and providing Total Asset Visibility for the Military |
| Securing Trade Lanes and providing Total Asset Visibility for the Military |
| Securing Trade Lanes and providing Total Asset Visibility for the Military |
| RFID at Lockheed Martin |
| RFID at Lockheed Martin |
| Eliminate Blind Spots in Your Supply Chain Using WiFi Asset Tracking |
| 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 |
| A Contribution to the 1 Cent Tag Target - 'Printed' Copper Antenna - and on Paper |
| Flexible 'Printed' Copper Circuits - Even 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 |
| Leveraging Wi-Fi networks for Active RFID: case studies in manufacturing, logistics and healthcare |
| Active RFID Using Standard Wi-Fi: The Network Convergence |
| Active RFID Using Standard Wi-Fi: The Network Convergence |
| 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 |
| 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 |
| A New Paradigm for Disruptive Technology Development and Transition |
| Progress in printable organic and hybrid materials |
| 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 |
| |
| |
| 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 |
| How the Physical Security Uses of Active RFID Improve Application Justification |
| 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 |
| |
| 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 |
| 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 |
| Full Item Level RFID Roll-out: Why, Challenges and Paybacks |
| The World’s first Bookstore with full item level RFID roll-out |
| Bolton Payment card: case study |
| Active RFID in Oil and Gas |
| A case study - petrochemical industry workspace safety |
| Active RFID in Oil and Gas |
| RFID at BP |
| 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 |
| 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 |
| |
| 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 |
| |
| 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 |
| |
| 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 |
| |
| 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 |
| Latest Advances in Substrates for Flexible Electronics |
| Latest Developments in PET and PEN Films for flexible electronics |
| DuPont Microcircuit Materials in Printed 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? |
| 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 |
| |
| 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 |
| Reel to reel manufacturing of printed electronics and systems |
| Theft prevention system based on networked active Tags (sensor networks) |
| 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 |
| Ink Jet Technology for Printed Electronics |
| Manufacturing Electronics with Ink Jets |
| Ink Jet Printed Electronics: Moving to Production |
| Ink Jet Printed Electronics: Moving to Production |
| New Solutions for Ink Jetting Electronics |
| Intelligent Printing System for Material Deposition and Fluid Development |
| RFID Developments in Japan |
| 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 |
| Printed Electronics - Germany's Next Top Industry? |
| Investment Opportunities in the Photovoltaic Industry in Germany |
| Counterfeiting: The scale of the problem and how RFID can help |
| Counterfeiting - A World of Difference... |
| Procter & Gamble/Gillette and RFID: Our RFID Packaging challenges and our progress so far |
| 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 |
| RFID Standards in Action |
| Global Standards in RFID |
| Global Standards in RFID |
| Day 2: Chairman address |
| Day 2: Chairman address |
| Functional Printing Applications and Requirements to Compete |
| Functional Printing Applications and Requirements to Compete |
| RFID Tag Antennas - The Creative Process |
| Active RFID in Hospitals |
| Active RFID in Hospitals |
| Vacuum Deposited Organic Solar Cells for Mass Production |
| Advances in Reactive Transfer Film Synthesis: RTFS for Inorganic Coatings |
| Advances in Reactive Transfer Film Synthesis: RTFS for Inorganic Coatings |
| 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 |
| Roll-to-Roll Manufacturing of Electronics on Flexible Substrates using Self-Aligned Imprint Lithography |
| Printed Electronics - HP's Technology beyond Ink on Paper |
| Printed Electronics - HP's Technology beyond Ink on Paper |
| End-to-End RFID tracking in the HP Supply Chain |
| Printed Electronics - HP's Technology beyond Ink on Paper |
| Conclusions from the Japanese HIBIKI project and Hitachi's solution |
| Printed Carbon Nanotube Emitters and Their Emission Characteristics |
| Conclusions from the Japanese HIBIKI project and Hitachi's solution |
| Test Tube Tagging Makes a Big Impact on Medical and Pharmaceutical Research |
| Conclusions from the Japanese HIBIKI project and Hitachi's solution |
| Conclusions from the Japanese HIBIKI project and Hitachi's solution |
| How can RFID solutions meet the customer's expectation |
| Practical RFID technology solution in manufacture for quality control |
| Conclusions from the Japanese HIBIKI project and Hitachi's solution |
| Enabling Position-Awareness in Ultra Low Power Wireless Sensor Networks with IEEE 802.15.4a UWB radios |
| Printing Technologies for OLED Lighting Applications |
| ID and Citizen Cards |
| Using RFID to Improve Baggage Performance - Learning from the Front Line |
| IATA has developed business cases for several airline |
| Simplifying the Business - IATA RFID Inflight Services |
| |
| A case study - petrochemical industry workspace safety |
| Using EPC Network Standards to Build an Automatic Product Authentication and ePedigree |
| Solar Nantennas: Future Energy Solutions |
| Increasing Worker Safety Using Active RFID |
| Dangerous Threats & Trends Facing Executives |
| Return on Investment (ROI) & Benefits of Wireless Sensing & RFID |
| Return on Investment (ROI) & Benefits of Wireless Sensing & RFID |
| |
| The Global Situation with Printed and Thin Film Photovoltaics beyond Silicon |
| The Global Situation - Forecasts 2007-2017 |
| How Smart Skin Patches are using Printed Electronics |
| Developments in Printed and Thin Film Electronics |
| |
| How Smart Skin Patches are using Printed Electronics |
| Investing and Obtaining Investment in Printed Electronics –an Introduction |
| Masterclass 1 |
| IDTechEx Masterclass4 presentation |
| Masterclass 3 Presentation by IDTechEx |
| Printed electronics progress and state-of-the-art in East Asia |
| Update on North American markets and research in printed electronics |
| Printed & Organic Electronics: Forecasts, Players & Opportunities |
| New technologies and new markets: Welcome to the products of the future |
| Near Field Communication and RFID Enabled Mobile Phones - Global Situation and What Comes Next |
| |
| The Global Market for Printed Electronics |
| Opening Remarks - World Photovoltaics Market |
| Overview of the market in 5' |
| Global Photovoltaic Trends and Progress in East Asia |
| RFID in Closed Loop Systems, a Co-operative Approach by Lund University and IKEA |
| Machine Vision for Printed Electronics |
| Machine Vision for Printed Electronics |
| Inspection Systems for Printed Electronics |
| Inspection Systems for Printed Electronics |
| Inkjet as a Digital Fabrication Process for Photovoltaics |
| UHF Gen 2 for Item-Level Tagging of Pharmaceuticals |
| |
| Addressing the Worldwide Market Opportunity for RFID |
| Generation 2 EPC tags |
| Prospect of Ink-Jettable Electronics & Displays: The Design Guide in Real Fabrication |
| Technology Progress and Opportunities of Printed Flexible Displays & Electronics in Taiwan |
| RFID cards for Pharmaceuticals |
| |
| Semi-active RFID technology platform for sensors in pharmaceutical packaging & temperature tracking |
| Flexo Printing with Conductive Ink |
| Revolutionizing the Patient Experience Through ECM Supported Compliance |
| RFID Masterclass |
| Semi-active RFID technology platform for sensors in pharmaceutical packaging & temperature tracking |
| Semi-passive (Class 3) RFID Sensors for Coldchain Applications |
| Managing the Condition of Perishables in the Cold Chain |
| |
| Developments in Chipless RFID Technology |
| Fully printed, sub-cent 96-bit chipless tags with anti collision |
| Next generation of RF Tag based Track&Trace technologies - InkSure's approach |
| Developments in Chipless RFID Technology |
| Progress Report on Chipless RFID Applications SARcode™ Development By InkSure Technologies |
| Second Generation RFID Enabled Cellphones |
| RFID plus Near Field Communication (NFC): Going beyond the internet of things |
| |
| Highly Efficient White OLED on Low-Cost Printed Electrodes |
| RFID in Taiwan |
| Sensor based battery-less RFID tags: new technologies and new applications |
| Sensor based battery-less RFID tags: new technologies and new applications |
| Tracking the Social Health and Daily Routines of the Elderly |
| Leveraging strengths…Healthcare-related Business Solutions |
| Intel R1000: Changing the Way Readers are Designed |
| Battery-assisted Passive RFID: “ The Best of Both Worlds” |
| The Six Basic Questions of RFID Tag Selection |
| Strategic Imperatives For Successful RFID Implementations – Network & RFID Infrastructure |
| An RFID Enabled Warehouse: Business Case Analysis |
| A Worldwide RFID Network: 10 Years of RFID in Postal Services |
| A Worldwide RFID Network: 10 Years of RFID in Postal Services |
| Manufacturing of 'Ink Based' CIGS Solar Cells & Modules |
| Combining printing and thin film silicon technology |
| Flexible Display Technology and Applications |
| Flexible Displays Gaining Momentum - Technologies, Applications and Markets |
| RFID in the textile supply chain of Kaufhof |
| Beyond Documents - Developments in the E-Passport Industry |
| Kimberly-Clark's RFID Story |
| Rheology Considerations in Printed Electronics |
| Rheology Considerations in Printed Electronics |
| OPV - challenges and chances |
| Improvement of Printable Electronics by Inkjet Technologies |
| Bringing Intelligence into Everyday Things |
| A New Semiconductor Technology Paradigm |
| Sensor based RFID case study with a major US retailer |
| How the Perishable Product Cold Value Chain Monitoring, Logistics, and Pedigree Service Works |
| Connecting Europe and the US with RFID |
| Using RFID to Measure Postal Mail Flows |
| |
| Polymer Gel Electrolytes and Roll-to-roll Production of Thin-film Batteries |
| High Resolution OTFT-AMLCD using Solution Process |
| High Resolution OTFT-AMLCD using Solution Process |
| Development of the World's Highest Resolution 14.3" Flexible Colour e-Paper Display |
| RFID at LG: The RFID Cellphone Revolution |
| New Consumer Services with RFID |
| Financial Institution Viewpoint |
| How RFID will change corporate IT architectures |
| Mobile RFID (NFC) in Retail: How consumers use their Mobile Phones in a Supermarket |
| |
| Oyster Card Implementation - What does it do, some launch experiences, lessons learnt and what next. |
| Flexible and sustainable power platforms for wireless sensor networks |
| Flexible and sustainable power platforms for wireless sensor networks |
| Process optimization, increased quality of service and complete logistic assets visibility with RFID |
| The Implementation and Benefits of RFID at Hong Kong Airport |
| Case Study: Applying printed semiconductors |
| How to Identify, Read and Write to RFID Tags Reliably Even When Stacked |
| The Important Role of the Printing Industry in RFID Integration in Consumer Packaging |
| Industrial printing capabilities for organic electronics |
| The Impact of Printed Electronics on the Printing Industry |
| E-ZPass - a successful RFID deployment enters |
| How Marks and Spencer is using RFID in its Clothing Department |
| How M&S is Using RFID To Improve Customer Service and Retail Productivity |
| Using RFID to Improve service to Marks and Spencer Customers |
| Item Level Tagging - A Reality at Marks & Spencer |
| |
| The RFID Opportunity: Case Studies of Large-scale UHF RFID System Rollouts, and Latest RFID Technologies |
| The RFID Opportunity: Case Studies of Large-scale UHF RFID System Rollouts, and Latest RFID Technologies |
| RFID in Japan |
| RFID Smart Labels and Patient Safety: improving the safety of blood transfusion |
| Luminescent Solar Concentrators |
| MasterCard: Tap and go? |
| An Interactive Discussion with Industry Experts |
| Implementing RFID at McCarran Airport |
| RFID Technology at McCarran Airport |
| RFID at McKesson |
| Nanowire Photovoltaics: Opportunities and Challenges |
| Quantified paybacks from item level tagging – results from live pilots |
| Encouraging Consumer Interaction in the Medical and Consumer Markets |
| RFID antennae production – today and tomorrow |
| RFID Antennae Production – Today and Tomorrow |
| Application of RFID in an Integrated Healthcare Environment |
| Printable Organic Semiconducting Materials and Formulations - Combining High Performance and Air Stability |
| Printed Organic ELectronics: Development of Materials and Formulations |
| Printed Organic ELectronics: Development of Materials and Formulations |
| Organic Semiconductors: Commercialisation and the Technical Challenges Ahead |
| New solution processable polymers for organic electronics |
| Practical Issues for Item Level Tagging- Michelin RFID for Tires |
| Practical Issues for Item Level Tagging- Michelin RFID for Tires |
| RFID in Tires at Michelin |
| RFID Industrialization and Application Highlights |
| Digital Printing and Material Deposition of Conductive Inks by Inkjet Technlogy |
| P-OLED Microdisplays |
| Polymer OLED Microdisplay Technology |
| Delivering business benefit in end-to-end RFID supply chain solutions |
| Link Snacks, Inc. case study – from compliance to an RFID enabled supply network |
| Smarter Retailing Using RFID |
| Making RFID work in Manufacturing |
| Action Activated Sensor Solutions - Technology and Market |
| Action Activated Sensor Solutions - Technology and Market |
| Understanding EPCIS and Middleware: Strengths, Weaknesses and How It Will be Adopted and Evolved |
| Auto-ID Labs Open Source Software and the EPC Global Network for RFID |
| RFIG: Photosensing Wireless Tags for Precise Location and Complex Geometric Procedures |
| Printed Electronics Technology for a New Consumer Products Platform |
| Printed Electronics: Low Cost Smart Label Opportunities |
| Challenges and opportunities for printed electronics |
| Motorola's RFID R&D Activities in Europe |
| Printed Electronics with High Performance Solution Processed Nanocomposite Gate Insulator |
| Motorola's NFC activities in Europe |
| Driving Measurable Process Improvements with RFID Cold Chain Visibility |
| Printed Electronics for Wireless Application and Services |
| Quantifying Success: The Retail Metrics of RFID |
| RFID - A Strategic Investment |
| Printed electronics based Sensor enabled RF Devices |
| Printed electronics based Sensor enabled RF Devices |
| Printed Electronics – Innovation by Disruption |
| The Implementation and Benefits of RFID at Hong Kong Airport |
| Cradle to grave material tracking - Innovative RFID applications in the construction industry |
| Turn key production- and testing-solutions for Smart Labels |
| Different Options for High Volume Smart Label Production |
| Producing and testing RFID smart labels: technology choices, costs, yield and other issues |
| RFID Smart Label: A New Business Opportunity for Label Converters? |
| Cost effective RFID converting |
| Organic Electronics Made by a Single-Step Printing Process |
| Printed Sensors |
| Printed Electronics for Life Sciences |
| A new generation of semiconductor foundries for printed electronic devices |
| Organic Photodetectors |
| Low-Temperature Sintering Nanoparticle Inks for Printed Electronics |
| Printed Photovoltaics - Cost-Efficiency for Ubiquitous Deployment |
| The Challenge of Space Photovoltaics |
| Mistake Proofing in Healthcare Using RFID |
| Patient Safety and the Use of Technologies |
| Korea RFID project in public sectors |
| Korea's Ubiquitous Sensor Network(USN) field test result and forecast |
| RFID/USN Promotion Policies and Vision in Korea |
| Flexible and Printable Organic Electronics |
| Science, Technology and the Future of Sensitized Solar Cells |
| Printed Electronics: The Next Revolution |
| PUHF, The Magic Dragon: A global update and prediction |
| Enabling Item Level Tagging with Electrical Coding Technology |
| Narrow Badgap Materials for Printable Organic Semiconductor Devices |
| RFID in Mobile Phone Manufacturing |
| Improve Processes and Applications in Healthcare with a Nokia Cell Phone |
| Creating new applications and benefits for our customers using RFID |
| Morph - Transformable Mobile Device |
| Toward A new Mobile Device Paradigm |
| Strategies for Roll to Roll Processing of Thin Films and other Electronic Substrates |
| Virus Proof Your Cat |
| Photonic Curing of Silver and Copper Conductive Inks |
| Photonic Curing of Silver and Copper Conductive Inks |
| Redox Dopants in Organic Electronic Devices |
| NanoChromics™ Technology by NTERA |
| NanoChromics™ Technology by NTERA |
| Driving End User Adoption of Printed Electronics Applications Through the Introduction of Colour Changing Technologies and Visual Effects |
| Light Emitting Colour Displays on Paper |
| The chip, Heart of an RFID Tag: Cost and Progress from the World's Highest Volume RFID Chip Maker |
| New Sound Enabling Technologies for Printed Electronics |
| Pulse Thermal Processing of Photovoltaic Material Systems |
| How Automating DePuy's Replenishment Process with RFID Drove A 6x Improvement |
| Deploying a 100% successful RFID implementation the first time around |
| How to achieve hassle free RFID project success: a firsthand perspective |
| Building a Global Network for a New Industry |
| OE-A: platform for an emerging industry: roadmap for organic electronics, demonstrators, global actvities |
| Passive UHF Tagging in Harsh Environments |
| Passive UHF Tagging in Harsh Environments |
| |
| |
| RFID for Work-in-Process Visibility |
| Complete inline assembly of RFID Smart Labels |
| Practical experiences in implementing RFID solutions |
| Aerosol-Jet Printing of Circuitry from 5 microns to 5 millimeters |
| Aerosol-Jet Printing of Circuitry from 5 microns to 5 millimeters |
| M3D Aerosol Jet for Photovoltaics |
| M3D® Aerosol-Jet® for Front-Side Metallization of Crystalline Photovoltaic Cells |
| Identity Management |
| How RFID can benefit your business |
| A new class of Thin-film transistors for Printed Electronics |
| Solution-based processing of inorganic oxide electronics |
| Ink Platform for Oxide Film Technologies |
| High performance flexible organic transistors |
| High performance flexible organic transistors |
| High performance flexible organic transistors |
| A Vertical Organic Transistor |
| Developments in Printed RFID Tags |
| Low cost manufacturing solutions for OLED’s by using inkjet printing |
| From Multi-Media to Merged-Media - Transforming Print in the Digital Age |
| From Application Development to Industrial Production Equipment |
| |
| Versatile Tools for Industrial Ink Jet Printing |
| Versatile Tools for Industrial Ink Jet Printing |
| Applications of Printed Technologies for Sensing Smart Labels |
| Location-Based Systems: A Network Equity |
| Printed Electronics case studies: the technology in action today |
| Case Study: Applying printed semiconductors |
| On the Road to Printed Electronics: Performance and Lifetime of Semiconducting Polymers in Thin Film Transistors for Active Matrix Backplanes |
| On the Road to Printed Electronics: Performance and Lifetime of Semiconducting Polymers in Thin Film Transistors for Active Matrix Backplanes |
| Transforming the Delivery of Healthcare Using Ultra-wide Band Based Real Time Location Systems |
| Ultra Wide Band (UWB) RFID |
| Printing RFID tag antennas |
| Low Cost ACTIVE RFID, it is here today |
| Printing RFID antennas - what you need to know to get the lowest cost and highest yield |
| Low Cost RFID – a reality today! |
| The low cost high speed route to RFID labels |
| A new generation of flexible displays |
| A Revolution in Display Technology: Electroluminescence & Real Life Applications’ |
| A Revolution in Display Technology: Electroluminescence & Real Life Applications |
| RFID in Industrial Automation Applications |
| Auto-ID: Advances in Industrial ID Solutions for Automotive Applications |
| Quantified paybacks from item level tagging – results from live pilots |
| How Wireless Mesh Networks are Enabling Sense and Respond Systems |
| Near Field Communication ?results from applications |
| Ink-jet printing of polymer LED displays |
| Near Field Communication ?results from applications |
| Ink-jet printing of polymer LED displays |
| Near Field Communication ?results from applications |
| Near Field Communication ?results from applications |
| Near Field Communication ?results from applications |
| Near Field Communication ?results from applications |
| Conclusions from the Japanese HIBIKI project and Hitachi's solution |
| RFID RTLS and Yard Management, Increasing the Visibility |
| MHz Organic Electronic Devices Printed in a Single Step |
| Delivering the promise of plastic electronics |
| The Five Laws of Plastic Electronics and why they matter |
| Getting to market with plastic electronics |
| The Reading Revolution: How Printed Electronics is Going to Change the Way the World Reads |
| The Reading Revolution: How Printed Electronics is Going to Change the Way the World Reads |
| Challenges in Transferring a Technology to Mass Production |
| Plexcore PV - A New Organic Ink System Enabling 5% OPV Efficiency |
| World First – 5.4% Efficiency from Single Layer Organic Solar Cells |
| World First – 5.4% Efficiency from Single Layer Organic Solar Cells |
| Complementary Circuits Using n- and p-type Organic Semiconductors |
| Printed RFID - from a Vision to Production |
| Printed RFID on its way to first products |
| Applications of printed RFID and smart objects |
| Applications of printed RFID and smart objects |
| Printed RFID for high volume applications |
| Printed electronics based on polymer transistors |
| Printed electronics for polymer RFID applications |
| Printed RFID - From a Vision to Production |
| Printed RFID - from vision to production |
| Printing RFID |
| Fully Printed RFID for high volume application |
| Roll-to-roll Printed RFID - Status in Applications |
| Rollable Displays:The Start of a New Mobile Device Generation |
| Power Paper Cosmetic Patch Technology |
| PowerID Battery-Assisted Passive (BAP) Technology: Past, Present, Future |
| PowerID Used by DHL Solutions in Large-Scale Pilot Project for Inventory and Pallet Tracking |
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| Battery-Assisted, Passive (BAP) Case Studies: Tamper-Proofing and Paper Reel Tracking |
| RFID for Improving Patient Safety |
| The Integrated Printed Battery |
| Printed Electronics for the Game Market - Integrating and Testing New Technology |
| Game market - possibilities for printed electronics |
| Printed electronics: opportunities and threats |
| The first FAB for mass printed electronics |
| Paper Electronics - basics and applications. |
| Realizing the DOD Vision |
| Procter & Gamble/Gillette and RFID: Our RFID Packaging challenges and our progress so far |
| Counterfeiting: The scale of the problem and how RFID can help |
| Brand building in fast moving consumer goods (FMCG) through smart packaging |
| "Unclonable" RFIDs for Anti-Counterfeiting and Security |
| Tracking drugs: Item Level RFID today |
| A Successful Item Level Tracking Pharmaceutical Project Utilizing UHF Technology |
| Near-Field RF: An Emerging Wireless Discipline |
| RTLS: Using Near-Field Electromagnetic Ranging (NFER®) |
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| Experience and comments from a Venture Capitalist who has invested in RFID |
| Quantenna Inc, Investment |
| Light Emitting Colour Displays on Paper |
| Transit Ticketing Back to The Old Days with NFC |
| The Future of RFID Cards and Tickets in RATP Paris Public Transport |
| Packaging Innovation and RFID |
| The Case for Hybrid RFID Solutions |
| Passive Global SAW Tag RFID - An Alternative to Active RFID & RTLS |
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| WORLD FIRST CASE STUDY ANNOUNCEMENT USING CHIPLESS RFID |
| SAW tags - getting accurate reads and long range in challenging environments |
| News International: Integration, Manufacturing, Production and Supply using Active RFID |
| Novel polythiophenes from highly reactive metals |
| State of the RFID Industry |
| RFID Requirements from the Defense Industry |
| RFID at Rolls-Royce |
| Active Matrix E-paper using Printed TFT Array |
| Samsung's manufacturing method for low cost UHF tags |
| Implementing RFID readers |
| Implementing RFID Masterclass |
| San Francisco International Airport and RFID... Past, Present, and the Future |
| A case study - petrochemical industry workspace safety |
| A Global RFID Network for Supply Chain Efficiency |
| A Global RFID Network for Supply Chain Efficiency |
| A Global RFID Network for Supply Chain Efficiency |
| Securing Trade Lanes and providing Total Asset Visibility for the Military |
| Securing Trade Lanes and providing Total Asset Visibility for the Military |
| Deploying RFID for Real Time Location Visibility Across the Globe |
| Nested Visibility: integrating passive and active RFID for supply chain visibility |
| Leveraging RFID for Real-World Supply Chain Solutions |
| How RFID was Deployed in a Taiwan Hospital to Contain the Deadly SARS Virus |
| Convergence of Technologies and Standards to Push Critical Mass in Active RFID Adoption |
| Convergence of Technologies and Standards to Push Critical Mass in Active RFID Adoption |
| RFID in Scandinavian Airlines |
| RFID Magic - bending the Laws of Physics |
| From Electroluminescence to Printed Electronics - Light, Functionality and More |
| A Look Ahead at Key Developments for Solar Power: June-December 2008 |
| Inkjetted Metal Wiring |
| Printed Circuit Board by Ink Jet Technology with Nano-metal Particle Ink |
| Printing Flexible Single Crystal Semiconductors |
| Flying High with RFID in Aviation |
| The Future of RFID: Hybrid Solutions |
| Asset Tracking and Location Beyond the Shop Floor |
| Patient Identification with RFID - Results and recommendations from New York, Saarbuecken, and more |
| Patient Identification with RFID - Results and recommendations from New York, Saarbuecken, and more |
| Patient Identification with RFID - Results and recommendations from New York, Saarbuecken, and more |
| Patient Identification with RFID - Results and recommendations from New York, Saarbuecken, and more |
| Patient Identification with RFID - Results and recommendations from New York, Saarbuecken, and more |
| Electrical and Optical Simulation of OLED Devices |
| Mistake Proofing in Healthcare Using RFID |
| Applications of Printed Electronics with Microcup Electrophoretic Displays |
| Applications of Printed Electronics with Microcup Electrophoretic Displays |
| Application Tailoring of Display Performance in Microcup Electrophoretic Displays |
| Integrating RFID with Existing Air Transport Industry (ATI) Systems |
| Welcome & Overview of the Day |
| Patient Identification with RFID - Results and recommendations from New York, Saarbuecken, and more |
| Sensor based RFID case study with a major US retailer |
| Translucent plastic solar cells - novel application for plastic solar cells |
| Developing New Device Structures for Polymer Solar Cell Applications |
| Towards Grid Parity with Printed Solar Cells |
| Concentrating Photovoltaics for the Commercial Rooftop |
| Commercialization through Collaborative Innovation |
| Commercialization through Collaborative Innovation |
| Fake Fingerprints…Biocompatible Chipless RFID Ink Tattoo |
| USID: The more Accurate Alternative to Active RFID based RTLS/IPS |
| RTLS and Indoor Positioning Systems using Ultrasound |
| Organic TFTs and Their Solution Processability |
| Solution-Processed Organic TFT Array for Active-Matrix Display on a Plastic Substrate |
| Roadmap Towards RFID Adoption |
| RFID in China |
| RFID Applications in China – Livestock Tracking |
| E-Money for Low Value Purchases |
| Printing High-performance Electronics Using Vapor Jets |
| Polymer-Based Solar Cells |
| Towards a Technology Platform for Organic Electronics |
| Towards a Technology Platform for Organic Electronics |
| Trends in polymer electronics technology and low-cost applications |
| Case Orion Pharma: Item level authentication through the supply chain |
| Intelligent Solutions for Packaging Applications |
| Packaging Applications for Interactivity, Monitoring and Information Transfer |
| The Benefits of Rotary Screen Printing for Your Antenna |
| Printed Electronics – Enabling the Future |
| Printed Electronics – Enabling the Future |
| RFID in Healthcare: The Cure for Counterfeit Drugs |
| The Way Toward All-Printed RFID Tags: Materials, Processes, and Devices |
| The Way of Roll to Roll Printed 13.56 MHz RFID Tags |
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| Mistake Proofing in Healthcare Using RFID |
| Symbol Delivers Real World RFID |
| An Interactive Discussion with Industry Experts |
| Symbol's RFID roadmap to the manufacturing and assembly of RFID inlays |
| Case Studies for Postal and Logistics |
| RFID's Future Today - A Remote Look Inside |
| The Can-Trace Project in Canada |
| Printed Electronics and the Challenges of Commercialization |
| Printed Electronics: Not just fun and games |
| Why wait? Tapping the Huge Variety of Applications with Today's Printed Technology |
| RFID Track and Trace for Ground Service Equipment at the Apron |
| Emerging Trends for Embedded RFID and UHF Item-Level Tagging |
| Chipless technologies for item-level tagging: technology options for sub 1-cent tags |
| Active Tag Zoo |
| Technology Prospects for Item-Level Tagging |
| Advances and Challenges for Item-Level RFID |
| The Next-Generation of Active RFID Systems: New Standards, New Technologies |
| Combining Active RFID and Passive RFID for Retail and Point of Sale |
| EPCglobal HF Gen2: Development of the Standard |
| Item level RFID tagging today ?the biggest implementations so far |
| Item level RFID at Pfizer - Combating Counterfeits and Black Marketing with RFID |
| Item level RFID tagging today - the biggest implementations so far |
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| RFID Infrastructure - Trends and Challenges in Adoption |
| Tallwood Venture Capital Overview |
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| ZigBee - Soon to be the World's Biggest Wireless Network Technology |
| How ubiquitous re-active rfid sensor networks and virtual 3d RTLS are transforming industry and the environment for a greener safer future. |
| Intelligent Analog Labels |
| Radio Barcodes at Tesco |
| The Benefits of Smarter Patient and Product Identification - What is Real and What is Next? |
| How to tag... Items |
| The Case for Hybrid RFID Solutions |
| Mobile Payments 2.0: the Status of Mobile Payments in Europe |
| The World's largest active real-time locating system at the port of Rotterdam |
| Smart Medication Blister Anatomy and Prognosis:The Use of RFID in a System-in-Foil Solution for Objective Therapy Compliance Measurement |
| Smart Medication Blister - Anatomy and Prognosis |
| Smart Medication Blister Anatomy and Prognosis: |
| Is Consumer Tracking the Next Big Thing in RFID: An Airport Case Study |
| NEW GAME RFID - RE-INVENTING RFID ELECTRONIC PRODUCT CODET (EPC)! |
| Novel manufacturing methods for printed electronics |
| Technologies and manufacturing processes enabled by novel inkjet techniques |
| Printed Electronics: Applications Today |
| Non-volatile Memory for the Printed Electronics Revolution |
| Non-volatile Memory for the Printed Electronics Revolution |
| Printed memory |
| Printed Memories |
| Securing RFID Systems - EPC Generation 2 and the new challenges and threats in RFID security |
| RFID based on SAW (Surface Acoustic Wave devices) |
| RFID based on Surface Acoustic Wave (SAW) Devices |
| Applications of Local Positioning Systems based on Precision Ultra-Wideband RF technology in healthcare and retail |
| Applications for Local Positioning Systems Based on UWB RFID |
| Flexible Dye Solar Cells |
| Active RFID at TNT |
| Case Studies for Postal and Logistics |
| Case Studies for Postal and Logistics |
| TNT's RFID Business Case and Development Programme |
| Developments and Applications of Electronic Paper |
| Developments and Applications of Electronic Paper |
| Playing in the New Game of Smart Media |
| How we scaled up and delivered 25 million RFID tickets in 2005 for one order |
| How we scaled up and delivered 25 million RFID tickets in 2005 for one order |
| Technology and applications of RFID at Toppan Printing |
| Technology and applications of RFID at Toppan Printing |
| Successes and Difficulties with RFID in Japan |
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| Motorola's RFID R&D Activities in Europe |
| Near Field Communication ?results from applications |
| Oyster Card Implementation - What does it do, some launch experiences, lessons learnt and what next. |
| Management makes the kegs go round |
| Management makes the kegs go round |
| Track. Manage. Optimize. How to Find the Payback in Your Asset Tracking Initiatives |
| Digital Fabrication using Flexible Inert Piezo Ink Jet |
| Polymer Nanocomposites for Electronic and Optoelectronic Applications |
| A Tube for the 21st Century |
| A Tube for the 21st Century |
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| RFID - Powered by Tyson |
| How high accuracy UWB location technology can change your business |
| Real-time Location with Active RFID: Success and ROI in Logistics |
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| Customer Success with Real Time Location Systems: Case Studies in Manufacturing and Logistics |
| How Ultra Wide Band (UWB) is changing the game in logistics and manufacturing |
| Precise Real-time Location with Active RFID: Success and ROI in Logistics and Manufacturing |
| Delivering value to automotive manufacturing through precise location solutions |
| A Review of Plastic Electronics in the UK |
| Individually Dispersed Nanoparticles formed by Gas Evaporation Method and their Applications |
| Update on Concessionary Smart Card Ticketing in the West Midlands |
| Carbon Nanotubes for Printed Electronics |
| Carbon for Printed Electronics |
| RFID and Unilever: Our progress so far and future outlook |
| RFID at the World's largest Postal Company |
| Moving beyond the mandates: Turning costs into benefits and value |
| Printed RFID tags: Performance needs and technology trends |
| Printed Tags and Sensors for RFID: Opportunities and Challenges |
| Printed Tags and Sensors for RFID: Opportunities and Challenges |
| Organic Electronics |
| Organic Electronics |
| Enhancing the Performance of Printed Organic Transistors |
| Skin-Like Electronics: Fabrication of Thin-Film Devices with Ultra-Low Temperature Process |
| Chipless Smart Labels for Brand Protection |
| Smart Labels for Brand Protection |
| Conducting polymer gas and odour sensors |
| Challenges of Passive and Active RFID Infrastructure |
| Passive to Active RFID Networking |
| Printable, High Capacitance Gate Insulators for Low Voltage Polymer Thin Film Transistors on Plastic |
| Wireless Sensor Monitoring Combined with Active RFID Networks |
| Low Cost Active Tags: The Future of RFID |
| Skin-like Sensors Networks using Printed Organic Transistors |
| E-skins and power sheets using printed organic transistors and printed MEMS switches |
| RFID in South America |
| RFID in South America |
| Manufacturing RFID: The value chain and needs for improvement |
| UPS: RFID solutions and initiatives |
| RFID in the Military: Our packaging is smarter than yours! |
| Combat Feeding and RFID: Food for Thought |
| Combat Feeding and RFID: Food for Thought |
| Asset Visibility and Beyond |
| Available Technologies and Updates to Improve Global Supply Chain Integration and Total Asset Visibility |
| DoD Active RFID Applications for Supply Chain Security and Shelf Life Management |
| Energetics Shelf Life Monitoring Using Sensor-Based Active RFID |
| Active RFID in the Department of Defense |
| Combat Feeding and RFID: Food for Thought |
| The US Department of Defense and RFID: Progress so far and what’s next |
| Securing borders with RFID: The World's largest security program |
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| Energetics Shelf Life Monitoring Using Sensor-Based Active RFID |
| TACMED-CS: Testing RFID Patient Tracking During Operation Iraqi Freedom |
| Printed batteries |
| Surface metrology for printed electronics |
| An introduction to RuBee (IEEE P1902.1) and its use in real-time visibility networks |
| RuBee™ in the Real World: A case study of vertical integration in a high security application |
| Rethinking Active RFID in Healthcare |
| Barix Multilayer Barriers for Protection of Solar Cells |
| How Smart Container Seals can make International Trade more Efficient and Secure: Lessons from the ITAIDE Project |
| Printed Large Area OLED Lighting |
| Printed Large Area OLED Lighting |
| Roll-to-roll manufacturing technologies of OLEDs for signage and lighting |
| Active tag ranges at passive tag prices |
| Quantified paybacks from item level tagging - results from live pilots |
| Quantified paybacks from item level tagging – results from live pilots |
| Organic thyristor: a novel approach to electronics devices |
| Do you know where all your assets are, right now? |
| The business case for Active RFID |
| Active versus Passive Tagging – A Presentation by Wavetrend, Supplier of Active RFID Technology |
| The Business case for Active RFID |
| The business case for active RFID |
| Printed Electronics by Flexography |
| Asset Visibility for Logistics Facilities Operators Operational Efficiencies Gained from RFID / RTLS |
| Case study: how Active RFID system accelerates the supply chain |
| How Automotive OEMs are using active RFID to support lean manufacturing and expedite production |
| Active RFID System Optimizes High-Velocity, High-Volume Distribution Center |
| RFID Drives Big Benefits For TNT Logistics and Ford Motor Co |
| Inkjet Print Head requirements for Manufacturing Printed Electronics |
| RFID in Packaging: Meeting the needs of suppliers and retailers |
| Building a Global RFID End-To-End Solutions Business |
