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EXECUTIVE SUMMARY AND CONCLUSIONS | |
1. | INTRODUCTION |
1.1. | Distribution of RFID case studies in the civil aviation industry |
1.1.1. | Airports today |
1.1.2. | Many challenges |
1.2. | What is RFID? |
1.2.1. | RFID is in many parts of the modern airport already |
1.2.2. | Everyday RFID - car clickers, contactless cards |
1.3. | Airport challenges and RFID solutions |
1.4. | Why RFID is pervading airports |
2. | LEARNING FROM OTHER INDUSTRIES THAT ARE AHEAD IN CERTAIN RESPECTS |
2.1. | Retailing |
2.2. | Postal and courier services |
2.3. | Military |
2.4. | Healthcare |
2.5. | Transport |
3. | RELEVANT NEW DEVELOPMENTS IN RFID |
3.1. | EPC and the Internet of Things |
3.1. | Symbol Technology dual antenna RFID label at UHF. It is about10 centimeters across. |
3.2. | UPM Raflatac "Flag tag" that pops up to look in both directions |
3.2. | Cleverer tags |
3.2.1. | Ultra small tags from Thailand, Malaysia and Japan |
3.2.2. | UHF tags with advanced antennas |
3.2.3. | HF tags are most popular and are no longer limited to one meter range |
3.2.4. | Printed RFID |
3.3. | Cleverer infrastructure and software |
3.3. | KSW Microtec Taurus UHF tag with both short (controlled range) and long range antennas. It is about ten centimeters across. |
3.3.1. | Multiprotocol, multifrequency intelligent interrogators |
3.3.2. | RFID with or on GSM, WiFi, Bluetooth, GPS, DSRC, UWB, Zigbee |
3.4. | Cost reduction of tags and infrastructure |
3.4. | HF labels used in Maruetsu trials in Japan |
3.4.1. | Tags |
3.4.2. | Infrastructure, software and support |
3.4.3. | RFID and Real Time Location Systems (RTLS) |
3.5. | Centre - UPM Raflatac UHF label and right - Tagsys HF label for small items, compared with a postage stamp. Both have a range of a few centimeters |
3.6. | Experimental HF printed RFID tags from Poly IC of Germany |
4. | RECENT ANNOUNCEMENTS OF NEW CAPABILITY AND INITIATIVES |
4.1. | Passenger processing - cards instead of tickets? |
4.1. | What part of the problem are we solving? |
4.1. | Forecasts for RFID tagged passports 2008-2018 |
4.2. | Driving adoption |
4.2. | Baggage handling and the Simplifying the Business program |
4.3. | European Aviation Safety Agency |
4.3. | The potential applications and timelines for Ubiquitous Sensor Networks in Korea |
4.4. | An ASK RFID tag embedded in a passport. |
4.4. | Border crossing |
4.5. | Ubiquitous Sensor Networks - developments in Korea, Japan and USA |
4.5. | Forecasts for RFID tagged passports 2008-2018 |
4.6. | E-passports and visas |
4.6.1. | Privacy concerns and delays resulting |
4.6.2. | Benefits of e-passports to airports |
4.6.3. | Airlines are a weak link |
4.6.4. | Simplifying travel |
4.6.5. | Orders placed |
4.6.6. | Interesting questions for the future |
4.7. | Integrity of RFID security in cards, passports, visas |
4.7.1. | Security of RFID smart cards - the general debate |
4.7.2. | Encryption |
4.7.3. | At least as secure as contact cards |
4.7.4. | Fewer ways in for the criminal |
4.7.5. | Invasive attacks a concern |
4.7.6. | Opinion of Cryptography Research |
4.7.7. | Minority opinions |
4.8. | Holistic view of airports needed |
5. | CASE STUDIES OF RFID IN AIRPORTS |
5.1. | Baggage |
5.1. | Typical RFID requirements for air cargo |
5.1. | McCarran International Airport |
5.1.1. | Las Vegas McCarran International Airport, baggage, USA |
5.1.2. | Malpensa Airport, baggage, Italy |
5.1.3. | Seattle Airport SeaTac Terminal, baggage USA |
5.1.4. | Asiana Airlines, baggage tracking and monitoring, Korea |
5.1.5. | Auto-ID Laboratory air baggage Hong Kong/ US |
5.1.6. | KLM and Air France, baggage, The Netherlands, France, Japan |
5.1.7. | Delta Airlines/Jacksonville Airport Authority baggage, USA |
5.1.8. | Heathrow International Airport baggage collection, UK |
5.1.9. | Helsinki Vantaa International Airport, baggage, Finland |
5.1.10. | Hong Kong International Airport, baggage tracking, China |
5.1.11. | KLM Airline, baggage, The Netherlands |
5.1.12. | Korea Airports Corporation, Incheon, Gimpo and Haneda Airports baggage tracking, Korea |
5.1.13. | Lan Chile Airlines, baggage, Chile |
5.1.14. | Savarnabhumi Airport, baggage, Thailand |
5.1.15. | Singapore Airlines baggage, Singapore |
5.1.16. | Narita Airport, baggage tags HF, Japan |
5.1.17. | Narita International Airport, Tokyo Japan, air baggage, UHF, Japan |
5.1.18. | San Francisco International Airport, baggage USA |
5.2. | Current RFID insert for McCarran baggage from Symbol Technologies. |
5.2. | Vehicles and trailers - buses, taxis, cars, GSE etc |
5.2.1. | Vantaa Airport taxis, Finland |
5.2.2. | BAA, taxis at Heathrow International Airport Steria System, UK |
5.2.3. | BAA taxis at Heathrow International Airport, original TransCore system UK |
5.2.4. | Charles de Gaulle Airport taxis, original system France |
5.2.5. | Arlanda Airport, employee vehicle parking, Sweden |
5.2.6. | Dallas Fort Worth Airport International Highway vehicle tolling, USA |
5.2.7. | Dallas Fort Worth Airport vehicle tolling USA |
5.2.8. | Delta Airlines, GSE vehicles, USA |
5.2.9. | Heathrow Airport, GSE vehicle access control, UK |
5.2.10. | John Wayne Airport, ground traffic USA |
5.2.11. | Los Angeles and Orange County Airports road tolling, USA |
5.2.12. | Newark Liberty International Airport, Vehicles, USA |
5.2.13. | Zurich International Airport baggage wagons, Switzerland |
5.2.14. | Vienna International Airport GSE vehicles, Austria |
5.3. | Conveyances - ULDs, trolleys etc |
5.3. | Insertion tag coding |
5.3.1. | Hong Kong International Airport, food trolley hangers, China |
5.3.2. | Sepang Airport, food trolleys, Malaysia |
5.3.3. | KLM food trolleys, Holland |
5.3.4. | Air Canada, tracking trolleys, Canada |
5.3.5. | Envirotainer air cargo, Europe |
5.3.6. | Arlanda Airport baggage pallets, Sweden |
5.3.7. | TNT Express, air containers, Europe |
5.3.8. | Dubai International Airport, luggage trolleys, Dubai |
5.4. | The geometry of insertion in the standard bag tag format |
5.4. | Cards, tickets, badges, assets |
5.4.1. | Boise Air Terminal/Gowen Field Airport, access control, USA |
5.4.2. | Finnair check-in card, Finland |
5.4.3. | Frankfurt International Airport, assets requiring maintenance, Germany |
5.4.4. | IATA Airlines, E- ticketing project, worldwide |
5.4.5. | Lubbock Preston Smith International Airport parking card, USA |
5.4.6. | Lufthansa frequent flyer card, Germany |
5.4.7. | Manchester International Airport, people, UK |
5.4.8. | Newark Liberty International Airport, Trusted Travellers' card, USA |
5.4.9. | Schonefeld, Tegel and Templehof Airports card access, Germany |
5.4.10. | Southwest Florida International Airport, access cards, USA |
5.4.11. | Swissair/Sabena loyalty card, Switzerland, Belgium |
5.5. | Aircraft parts and tools |
5.5. | Shrouded reading area on carousel |
5.5.1. | Airbus A380 parts, Europe |
5.5.2. | Airbus, aircraft parts in general, USA |
5.5.3. | Boeing, aircraft parts, item level, USA |
5.5.4. | Boeing, Real Time Locating System (RTLS), item level, USA |
5.5.5. | Delta Airlines, aircraft parts - item level, USA |
5.5.6. | FedEx, aircraft parts - item level, USA |
5.6. | Current RFID insert for Jacksonville baggage from Symbol Technologies. |
5.7. | Smartag HF RFID inserts |
5.8. | Overview of ASTREC |
5.9. | Overview of the hands Free Travel trial |
5.10. | Overview of technical research |
5.11. | SCS tags from the Dura-label range. Length of tag is just 46mm |
5.12. | Card range booster unit |
5.13. | Vehicle Smartcard Reader/Keypad |
5.14. | Smartcard Programmer |
5.15. | Open flow interrogation of tagged vehicles at Los Angeles International Airport, using overhead readers |
5.16. | ID Systems units in action |
5.17. | RFID tagged baggage carrying vehicles |
5.18. | Hong Kong International Airport |
5.19. | Eureka active tag |
5.20. | Operators identify the types of trolley and their content |
5.21. | Operators identify the types of trolley and their content |
5.22. | RFID tagging from FKI Logistex |
5.23. | OTI is a global leader in contactless microprocessor-based smart card solutions |
5.24. | Rockwell Collins Sample Bar Coded Nameplate |
5.25. | Engine turbine blade direct part marking |
5.26. | Boeing and Airbus simplified view of Automated Identification |
5.27. | Automated identification and data capture in practice |
5.28. | Broad airline interest for this RFID program |
5.29. | RFID labels used in the trials |
5.30. | Portable data terminal used in the trials |
5.31. | Air data inertial reference unit RFID tagged in the trials |
5.32. | Flap unit duplex actuator unit RFID tagged in the trials |
5.33. | UHF RFID label used in the trials. |
5.34. | AeroScout WiFi RTLS tags |
5.35. | The RFID labels used in this work |
5.36. | The RFID test bed |
5.37. | RFID annunciator control kit tagged with RFID label in the trials |
5.38. | Smoke detector RFID tagged in the trials |
5.39. | Auxiliary hydraulic pump RFID tagged in the trials |
6. | MARKET FORECASTS 2008 2018 |
6.1. | The spend in millions of dollars on RFID systems, including tags, immediate infrastructure, software and services exclusively for the civil air industry 2008-2018 |
6.1. | The spend in millions of dollars on RFID systems, including tags, immediate infrastructure, software and services exclusively for the civil air industry 2008-2018 |
6.2. | Number in millions of global sales of RFID baggage tags 2008-2018 |
6.2. | Number in millions of global sales of RFID baggage tags 2008-2018 |
6.3. | Unit price in cents of RFID baggage tags 2008-2018 |
6.3. | Unit price in cents of RFID baggage tags 2008-2018 |
6.4. | The value in millions of dollars on RFID baggage tags 2008-2018 |
6.4. | The value in millions of dollars on RFID baggage tags 2008-2018 |
6.5. | Percentage spend on RFID systems including tags exclusively for the civil air industry by application in 2008 |
6.5. | RFID in Airports and Airlines versus total RFID Market US$ millions |
6.6. | RFID in Airports and Airlines versus total RFID Market US$ millions |
6.6. | Percentage spend on RFID systems including tags exclusively for the civil air industry by application in 2017 |
APPENDIX 1: FURTHER READING FROM IDTECHEX | |
APPENDIX 2: INTRODUCTION TO RFID | |
APPENDIX 3: EPCGLOBAL AND THE INTERNET OF THINGS | |
TABLES | |
FIGURES |
Pages | 217 |
---|---|
Tables | Over 20 |
Figures | Over 70 |
Case Studies | Over 60 |
Forecasts to | 2018 |