FIST — ITALYSTEMT SRL (Q2023991): Difference between revisions
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(Created claim: summary (P836): THE OBJECTIVE OF THE PROJECT IS TO IMPLEMENT AN OPTO-ELECTRONIC SYSTEM FOR READING OPTICAL FIBRE SENSORS (FBG) WHICH: HAS COMPARABLE AND/OR SUPERIOR PERFORMANCE TO THE STATE OF THE ART (IN TERMS OF PERFORMANCE AND COST), IS USABLE IN HOSTILE ENVIRONMENTS (E.G. AEROSPACE, NAVAL, ETC.) AND ALLOWS FOR A CLEAR OPTIMISATION OF BOTH INITIAL AND OPERATIONAL COSTS OF THIS TYPE OF SYSTEMS, TO FACILITATE THEIR UPTAKE IN DIFFERENT AREAS. MANY THEORETICAL O...) |
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| Property / summary | |||
THE OBJECTIVE OF THE PROJECT IS TO IMPLEMENT AN OPTO-ELECTRONIC SYSTEM FOR READING OPTICAL FIBRE SENSORS (FBG) WHICH: HAS COMPARABLE AND/OR SUPERIOR PERFORMANCE TO THE STATE OF THE ART (IN TERMS OF PERFORMANCE AND COST), IS USABLE IN HOSTILE ENVIRONMENTS (E.G. AEROSPACE, NAVAL, ETC.) AND ALLOWS FOR A CLEAR OPTIMISATION OF BOTH INITIAL AND OPERATIONAL COSTS OF THIS TYPE OF SYSTEMS, TO FACILITATE THEIR UPTAKE IN DIFFERENT AREAS. MANY THEORETICAL OR HYPOTHETICAL FBG QUESTIONING INTERROGATORS WILL BE REPORTED IN THE FOLLOW-UP TO THIS DOCUMENT. HOWEVER, NONE OF THEM IS SUFFICIENTLY SATISFACTORY FOR THE SPEED OF RESPONSE, ACCURACY, ACCURACY, COST AND ‘MULTIPLEXABILITY’ OF THE SENSOR SYSTEM, ESPECIALLY IF THEY ARE INTENDED TO BE APPLIED IN HOSTILE ENVIRONMENTS. IN THE FIST PROJECT, AN INNOVATIVE WAVEFORM INTERROGATOR BASED ON AWG IS PROPOSED WITH A THEORETICAL MODEL BASED ON THE GAUSSIAN APPROXIMATION FOR THE INTERROGATOR. (English) | |||
| Property / summary: THE OBJECTIVE OF THE PROJECT IS TO IMPLEMENT AN OPTO-ELECTRONIC SYSTEM FOR READING OPTICAL FIBRE SENSORS (FBG) WHICH: HAS COMPARABLE AND/OR SUPERIOR PERFORMANCE TO THE STATE OF THE ART (IN TERMS OF PERFORMANCE AND COST), IS USABLE IN HOSTILE ENVIRONMENTS (E.G. AEROSPACE, NAVAL, ETC.) AND ALLOWS FOR A CLEAR OPTIMISATION OF BOTH INITIAL AND OPERATIONAL COSTS OF THIS TYPE OF SYSTEMS, TO FACILITATE THEIR UPTAKE IN DIFFERENT AREAS. MANY THEORETICAL OR HYPOTHETICAL FBG QUESTIONING INTERROGATORS WILL BE REPORTED IN THE FOLLOW-UP TO THIS DOCUMENT. HOWEVER, NONE OF THEM IS SUFFICIENTLY SATISFACTORY FOR THE SPEED OF RESPONSE, ACCURACY, ACCURACY, COST AND ‘MULTIPLEXABILITY’ OF THE SENSOR SYSTEM, ESPECIALLY IF THEY ARE INTENDED TO BE APPLIED IN HOSTILE ENVIRONMENTS. IN THE FIST PROJECT, AN INNOVATIVE WAVEFORM INTERROGATOR BASED ON AWG IS PROPOSED WITH A THEORETICAL MODEL BASED ON THE GAUSSIAN APPROXIMATION FOR THE INTERROGATOR. (English) / rank | |||
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Revision as of 09:35, 23 March 2020
Project in Italy financed by DG Regio
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | FIST — ITALYSTEMT SRL |
Project in Italy financed by DG Regio |
Statements
294,410.24 Euro
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392,546.99 Euro
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75.0 percent
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31 October 2018
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30 April 2020
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CERICT SCRL - CENTRO REGIONALE INFORMATION COMMUNICATION TECHNOLOGY
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ITALSYSTEM SRL
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OPTOSMART SRL
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SOUTH ENGINEERING SRL
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40°54'51.12"N, 14°47'19.97"E
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L'OBIETTIVO DEL PROGETTO Ê REALIZZARE UN SISTEMA OPTO-ELETTRONICO PER LA LETTURA DI SENSORI IN FIBRA OTTICA (FBG) CHE: ABBIA PRESTAZIONI COMPARABILI E/O SUPERIORI ALLO STATO DELL'ARTE (IN TERMINI DI PERFORMANCE E COSTO), SIA UTILIZZABILE IN AMBIENTI OSTILI (AD ESEMPIO APPLICAZIONI AEROSPAZIALI, NAVALI, ETC.) E PERMETTA UNA NETTA OTTIMIZZAZIONE DEI COSTI SIA INIZIALI CHE DI ESERCIZIO DI QUESTA TIPOLOGIA DI SISTEMI, PER FAVORIRNE LA DIFFUSIONE IN DIVERSI AMBITI. MOLTI INTERROGATORI TEORICI O COMMERCIALI PER SENSORI FBG SARANNO RIPORTATI NEL SEGUITO DI QUESTO DOCUMENTO. TUTTAVIA, NESSUNO DI QUESTI Ê ABBASTANZA SODDISFACENTE PER LA VELOCITà DI RISPOSTA, PRECISIONE, ACCURATEZZA, COSTO E 'MULTIPLEXABILITà ' DEL SISTEMA DI SENSORI, SOPRATTUTTO SE SI PENSA ALLA LORO APPLICAZIONE IN AMBIENTI OSTILI. NEL PROGETTO FIST VIENE PROPOSTO UN INNOVATIVO INTERROGATORE DI LUNGHEZZA D'ONDA BASATO SU AWG CON UN MODELLO TEORICO BASATO SULL'APPROSSIMAZIONE GAUSSIANA PER L'INTERROGATORE. (Italian)
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THE OBJECTIVE OF THE PROJECT IS TO IMPLEMENT AN OPTO-ELECTRONIC SYSTEM FOR READING OPTICAL FIBRE SENSORS (FBG) WHICH: HAS COMPARABLE AND/OR SUPERIOR PERFORMANCE TO THE STATE OF THE ART (IN TERMS OF PERFORMANCE AND COST), IS USABLE IN HOSTILE ENVIRONMENTS (E.G. AEROSPACE, NAVAL, ETC.) AND ALLOWS FOR A CLEAR OPTIMISATION OF BOTH INITIAL AND OPERATIONAL COSTS OF THIS TYPE OF SYSTEMS, TO FACILITATE THEIR UPTAKE IN DIFFERENT AREAS. MANY THEORETICAL OR HYPOTHETICAL FBG QUESTIONING INTERROGATORS WILL BE REPORTED IN THE FOLLOW-UP TO THIS DOCUMENT. HOWEVER, NONE OF THEM IS SUFFICIENTLY SATISFACTORY FOR THE SPEED OF RESPONSE, ACCURACY, ACCURACY, COST AND ‘MULTIPLEXABILITY’ OF THE SENSOR SYSTEM, ESPECIALLY IF THEY ARE INTENDED TO BE APPLIED IN HOSTILE ENVIRONMENTS. IN THE FIST PROJECT, AN INNOVATIVE WAVEFORM INTERROGATOR BASED ON AWG IS PROPOSED WITH A THEORETICAL MODEL BASED ON THE GAUSSIAN APPROXIMATION FOR THE INTERROGATOR. (English)
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Identifiers
B33D18000190007
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