How to increase competitiveness on the one hand the European electronics and grow other food quality and health of citizens?
ever more insistently spoken of electronic tags (e-tags) that cost the bar code label, but it works like a real electronic circuit that can transmit information wirelessly with a central memory. The use of technology "RFID" to identify or tracking of goods through radio frequency systems, it is becoming increasingly popular and the development prospects are seen as very promising.
The European project "FlexSMELL", coordinated by prof. Luisa Torsi Department of Chemistry, University of Bari, seeks to achieve low-power sensor systems that combine bio-electronic devices with wireless transmission systems: the system will be integrated on a substrate of flexible plastic with a low-cost techniques similar to those of conventional printing.
FlexSmell combine on the same label-plastic or even paper-a system of radio frequency transmission and a sensor (or sensor system) equipped bioreceptors with a high recognition ability.
Other possible applications will be, but the main concern of intelligent packaging solutions, which enable the monitoring of perishable goods during transport and storage. Here, the label will be integrated in the plastic packaging with a sensor that analyzes the compounds present in the package and an RFID system that sends the information to main memory: the objective is to obtain information about the condition of the food .
FlexSmell also provides training to prepare the next generation of specialists in this rapidly developing area.
info: tanese@chimica.uniba.it
Source (Reported by)
dr. When science journalist Elizabeth
DIST District Information Science and Technology
elisabettadurante@gmail.com ever more insistently spoken of electronic tags (e-tags) that cost the bar code label, but it works like a real electronic circuit that can transmit information wirelessly with a central memory. The use of technology "RFID" to identify or tracking of goods through radio frequency systems, it is becoming increasingly popular and the development prospects are seen as very promising.
The European project "FlexSMELL", coordinated by prof. Luisa Torsi Department of Chemistry, University of Bari, seeks to achieve low-power sensor systems that combine bio-electronic devices with wireless transmission systems: the system will be integrated on a substrate of flexible plastic with a low-cost techniques similar to those of conventional printing.
FlexSmell combine on the same label-plastic or even paper-a system of radio frequency transmission and a sensor (or sensor system) equipped bioreceptors with a high recognition ability.
Other possible applications will be, but the main concern of intelligent packaging solutions, which enable the monitoring of perishable goods during transport and storage. Here, the label will be integrated in the plastic packaging with a sensor that analyzes the compounds present in the package and an RFID system that sends the information to main memory: the objective is to obtain information about the condition of the food .
FlexSmell also provides training to prepare the next generation of specialists in this rapidly developing area.
info: tanese@chimica.uniba.it
Source (Reported by)
dr. When science journalist Elizabeth
DIST District Information Science and Technology
disti@ba.infn.it
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