Radio-frequency identification

Bluetooth (13)
Cellular network (263)
Long-term evolution (101)
Radio-frequency identification (140)
Wimax (57)
Wireless access point (3)
Wireless application protocol (8)
Wireless communication (265)

Synopsis: Ict: Communication systems: Wireless communication: Radio-frequency identification:

Product Service System RFID: Radio frequency identification Abbreviations and Acronyms xxiii RITA: Rà seau d†Innovation et de Transfert Agricole (Network for Innovation and Agriculture Transfer (CIRAD) SMS:

Short Message Service STI: Science, Technology and Industry UAV: Unmanned aerial vehicle 1 Innovation Landscape and Fields 1. 1. From intensive industrialization to intensive innovation:

Smart carpets control cleaning robots via radio frequency identification (RFID)( Vorwerk transform harmful substances into harmless steam and carbon dioxide (duraair.

or be tagged using Radio-Frequency Identification (RFID), Near Field Communication (NFC), etc. •The Internet of Locations (Iol):

0#4#radio frequency identification Radio-frequency identification 0#4#rfid Radio-frequency identification G#3v 7204 Wimax

0#4#wimax Wimax G#3v 7205 Wireless access point 0#4#wireless access point Wireless access point G#3v 7206 Wireless application protocol

RFID readers, both handheld and batch, and automatic laundry sorting devices, washing machines, dryers, laundry folders, etc.

RFID barcodes or transponders on all laundry items and equipment which digitally inter -communicate and are controlled both by automatic programs and the operators.

video cameras, RFID-tagged objects and other devices that see, hear, move, coordinate and †reason†with each other

5) Now Networked Enterprise and RFID Unit, Directorate General information Society and Media 6) Inspired by work of Thomas Kurz, Salzburg University of Applied sciences

a vast universe of network aware sensors, actuators, video cameras, RFID-tagged objects and other devices

a vast universe of network aware sensors, actuators, video cameras, RFID-tagged objects and other devices

Greek e-toll systems use Radio-Frequency Identification (RFID sensors and tags, in order to automatically detect passages from gateways.

video cameras, RFID-tagged objects and other devices that see, hear, move, coordinate and †reason†with each other

3. 3. 4 Deployment and implications of RFID technology...58 3. 4 Internal Process Integration...

-ment Systems (ITMS) or RFID technology is more widely used in the US. On the other hand in some other areas, European companies

RFID (Radio frequency Identification Device) 7 2 Data Exchange mostly electronically 13 13 WMS (Warehouse Management

7 RFID adoption and implications (several sectors --8 Intellectual property rights for ICT-producing SMES 30.01+02,32. 1-3, 33.2+3

One such technology is radio frequency identification (RFID) which is a growing market but requires further research

In transport and logistics, RFID is expected to contribute to improved efficiency and security, and provide new quality services for

mobility of people and goods. For instance, the railroads, have fortified RFID with even more advanced technologies, including GPS, real-time engine-health monitoring and

RFID-enabled supply chains are beneficial in the following ways reduce inventory levels due to increased confidence in on-hand, in-transit, and

firms may appeal to bar-coding or to RFID. The bar-coding and RFID are identification

technologies that facilitate logistics information collection and exchange As regards data communications technologies, firms may appeal to the electronic data

frequency identification (RFID), transportation management systems, pick-to-light technology, and voice-activated receiving and packaging

3. 3. 4 Deployment and implications of RFID technology Factors determining the use of RFID in the TLS industry

The current business environment requires that companies cut inventory and operational costs, and optimise supply chain management (SCM.

the use of RFID. In transport and logistics, RFID is expected to contribute to improved efficiency and security,

and provide new quality services for mobility of people and goods Using RFID, companies can track

and monitor goods without scanning them using bar code scanners. Thus, RFID Technology and Systems RFID can be viewed as a

competitor to the barcode, or a more advanced technology than the barcode. This technology streamlines warehouse management systems,

As the use of RFID touches a wide range of policy issues, including spectrum policy

possible concerns raised by the deployment of RFID technology and its applications. 91 In practice, although the technology is not new,

It is an enormous step to move from the present market to one where RFID is

RFID deployment could strengthen the role of ICT in driving innovation and promoting economic growth. In the transport industry, RFID systems have the inherent capacity to

assist in vehicle identification, tracking and tracing and thereby enhance both economic efficiency and security.

RFID systems are playing a role in increasing load factors and hence reducing empty running.

In logistics applications, RFID enables service providers and forwarders to better track and trace consignments on the different legs of transport processes.

transport units and vehicles with RFID technology, the asset management of these transport operators can be improved

Using RFID technologies for ticketing in public transport will not only lower transaction handling costs and reduce fare dodging,

2004) RFID Logistics Case studies-Thirty detailed RFID logistics case studies E-business in the transport & logistics industry

trends and forecasts indicate that the RFID market will grow fast in the next 10 years

Although RFID technology was tested proven and in the past 3 years under a huge variety of operational conditions, environments and applications, enterprises that commit

to the RFID journey are and will still be facing some challenges that need to be overcome

Results from the present Sebw survey show a very limited use of RFID technologies yet

the freight transport companies said they used RFID. The highest percent of those firms 77%)said that they use RFID technologies to manage goods, products and services in

-house. Only large firms show the higher adoption of RFID technologies (24 %Exhibit 3. 3-5:%

%of companies using RFID †by sub-sector 12 12 14 13 0 10 20 30 40 50

T&l-total (EU-7 Passenger trans Freight transport Logistics Data are weighted by employment (read:""firms

RFID application areas(%of RFID users applying it for a given purpose 82 36 29

77 0 20 40 60 80 10 0 to support the order of goods to manage products

In%of firms (out of those using RFID Base: companies using RFID Source: Sectoral E-business Watch (Survey 2007

Nevertheless, if the typical innovation life-cycle applies to RFID technology, a possible scenario for the TLS industry is that the technology will be adopted by medium-sized and

smaller companies once it has proven successful in larger firms, and when the technology has matured

93 Towards an RFIC Policy for Europe (2007), RFID in Transport and Logistics, RFID Consultation

potentially RFID to efficiently monitor the flow of products. Once data has been collected there is either batch synchronisation with,

RFID. There†s a very limited use of RFID technologies yet. Only 2%of firms (23

from a total of 1097 surveyed firms) have declared that they do use this technology, mainly large-sized firms

Centralised information system, RFID 5. 1. 1 Background and objectives The goal of this case study is to demonstrate an example of the adoption and usage of e

This system consists of the implementation of RFID chips in the fuel tank area of the buses that to control the fuel consumption of the bus and opt to a professional

The Telemat system of RFID chip for fuel subsidy has very positive impacts in the cost

An RFID solution would not have been a possible choice for Hupac. For an RFID solution the infrastructure must be put in place at the terminals to read the codes.

Since Hupac only owns 40%of the terminals that it uses, the coverage of the solution would not

either through location positioning systems or through RFID technologies. Saima will investigate those solutions in the future

There is still only a very limited use of RFID technologies in the TLS industry. Only 2

Radio frequency identification (RFID) in Europe: steps towards a policy framework; E-business Watch 2007 study on RFID adoption and

implications; EPCGLOBAL: industry-driven standards for the Electronic Product Code EPC) to support the use of RFID

E-business in the transport & logistics industry 189 e-Skills for Europe: Towards 2010 and Beyond (2004;

Towards an RFID Policy for Europe (2007), RFID in Transport and Logistics, RFID Consultation; COM (2007) 96 final:

Radio frequency identification (RFID) in Europe: steps towards a policy framework. Realising the potential of RFID technology, this report addressed a number of interrelated issues pertaining to

security and privacy, governance, radio spectrum and standards and called for an RFID Stakeholder Group to provide an open platform allowing a dialogue between

consumer organisations, market actors, and national and European authorities Those studies, reports and working groups, have developed a great number of policy

Radio frequency identification (RFID) in Europe: steps towards a policy framework Commonwealth of australia (2001. From Sheep†s Back to Cyberspace:

2004) RFID Logistics Case studies-Thirty detailed RFID logistics case studies IM@GINE IT. Web site: www. imagineit-eu. com

Towards an RFIC Policy for Europe (2007), RFID in Transport and Logistics, RFID Consultation Web site

Towards an RFIC Policy for Europe,(2007) From RFID to the Internet of things http://www. rfidconsultation. eu/workshops/from-rfid-to-the-internet-of-things-march-6-and

-7/introduction Trafikanten, http://www. trafikanten. no Trans Link Systems http://www. translink. nl /Transport Research Knowledge Centre website of the European commission

3 RFID adoption  Manufacturing sectors  Retail  Transport services  Hospitals 434 4 Intellectual Property rights in ICT SMES

4. 9 RFID and Bar-coding...15 4. 10 Business intelligence...15 5. Examples of Best Practice...

4. 9 RFID and Bar-coding Radio frequency identification (RFID) is a technology that allows traceable chips, called

RFID tags, carrying a set of predetermined information to be embedded in objects. RFID readers can pick up radio signals

which provide particular information related to the carrier such as identification number, name, and medication requirements These technologies can be used in a number of ways in a medical setting.

For example Patients can be provided with identification wristbands carrying an RFID tag or a barcode that will be used throughout the patient†s stay in hospital.

The tag or barcode would allow caregivers to positively identify and match patients to their care †for

Bar-coding/RFID can also be used for inventory management and equipment tracking which allows for improved utilisation of

Reducing inpatient Mistaken Identity Medication Errors through RFID and Barcoding for Medication Administration Over 200 inpatient mistaken identity errors could be avoided in the UK and another 200

in The netherlands every year through the use of RFID and Barcoding for medication administration in hospitals.

using state-of-the-art technologies such as radio frequency identification and EGNOS-or Galileo-based location devices e-Freight >A c T I O N 2. 2

data (from devices such as radar, RFID readers, infrared-and visible-band cameras) and infrastructure-based data (from similar devices,

RFID Radio frequency identification device RIS River information system RTTI Real-time traffic information SESAR Single European Sky air traffic management research program

radio frequency identification devices (RFID), geographic information systems, mobile commerce, and the Internet of things. In these cases, EU governments should use a wide

video cameras, RFID-tagged objects and other devices that see, hear, move, coordinate and †reason†with each other

and RFID significantly contribute to the optimization of the delivery chain processes (e g. sorting; delivery), which can subsequently be reflected in

tagged with RFID smart labels and the customers who volunteered to be participants could use NFC

Red motion sensors SE-10, RFID Card Reader of MFRC500 and related components, together with

RFID Tags-Cards. The air condition-controlling device, built upon the RTD-NET Daikin interface

The retail market including RFID Tags and the associ -ated supply chain was considered the most promis

TICS (e-commerce), RFID, automatizaciã n, Sistemas de Informaciã n geogrã¡fica†â'Intermodalidad •Apoyo al desarrollo de una red de plataformas intermodales regionales en correlaciã n con las

commerce), RFID, automatizaciã n, Sistemas de Informaciã n geogrã¡fica†Apoyo al desarrollo de una red de plataformas intermodales regionales en correlaciã n con las

commerce), RFID, automatizaciã n, Sistemas de Informaciã n geogrã¡fica†Apoyo al desarrollo de una red de plataformas intermodales regionales en correlaciã n con las

Networked Enterprise & Radio frequency identification (RFID) and F5 Trust and Security. The authors would like to acknowledge

objects are tagged by Radio frequency identification (RFID) transponders in order to be identified uniquely by information systems. However, the concept has grown into

RFID actuator sensor sensor Entity-based Context Model models relevant aspects of Real world Real-world Internet

In a Radio frequency identification (RFID) based sce -nario, the tags act as hosts for the resources in form of Electronic Product Codes

The resource hosts are abstracted through the RFID readers due to the passive communication of the tags.

logic for interactions using semantics of the specific RFID application. Query plan -ning is done through the definition of an ECSPEC

RFID Enterprise applications, FP7, http://www. fp7-aspire. eu /CONET Cooperating Objects Noe, FP7 http://www. cooperating-objects. eu

phones, RFID sensors and so on that are connected perpetually and transmit a variety of information including identity, bank accounts, location, and so on

Sensor networks, RFID tags, smart appliances that communicate not only with the user but with their manufacturers, are examples of such devices.

-ing of RFID tags (privacy violation) and cloning of data on RFID tags (identity theft).

RFID tags in 2005 to about 30 billion RFID today Twitter processes 7 terabytes of

data every day Facebook processes 10 terabytes of data every day 220 Terabytes of Web Data 9 Petabytes of data

thanks to new technologies such as RFID (Radio frequency identification) and NFC (Near Field Communication), to a whole new way to consider costumersâ€

•Radio frequency identification (RFID) embedded in objects for tracking commercial products, in large animals for tracing

RFID and other sensors. Using powerful machine learning algorithms, it provides extremely accurate profiling and segmentation of consumers based on habits and

RFID, 190 S Security standards, 29,34 Semantic Analysis, 200 Sentence-level sentiment analysis, 70 Sentiment analysis, 67,69, 71,72, 75,77, 85

spread of radio-frequency identification, or RFID, chips and social trends (such as the widespread adoption of

spread of radio-frequency identification, or RFID, chips and social trends (such as the widespread adoption of

RFID), navigation and location sensors, networks and servers •Streaming data, such as computer network data phone conversations, and so on

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