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| Titolo del progetto di ricerca in italiano | Error correcting codes in quantum reading |
|---|---|
| Titolo del progetto di ricerca in inglese | Error correcting codes in quantum reading |
| Settore Concorsuale | 02 - Scienze fisiche |
| S.S.D | FIS/02 - FISICA TEORICA MODELLI E METODI MATEMATICI |
| Descrizione sintetica in italiano | The project studies a spatial array of cells where each cell encodes a bit of information in a lossy channel with two possible transmissivities (or reflectivities). The array may therefore be regarded as an optical memory where classical information is encoded into cells by means of an error correcting code. In this context, the project aims at finding decoding strategies that are able to enhance data retrieval by using quantum correlations. The study also involves analysis of various optical effects associated with the spatial structure of the cells, including diffraction and inter-bit interference effects. Furthermore the same model will be used with the purpose of identifying patterns of transmissivity throughout the array. Quantum correlations will be employed and the output post-processed via techniques of supervised or unsupervised machine learning. The aim is to show the superior performance of the quantum probes in identifying data clusters. |
| Descrizione sintetica in inglese | The project studies a spatial array of cells where each cell encodes a bit of information in a lossy channel with two possible transmissivities (or reflectivities). The array may therefore be regarded as an optical memory where classical information is encoded into cells by means of an error correcting code. In this context, the project aims at finding decoding strategies that are able to enhance data retrieval by using quantum correlations. The study also involves analysis of various optical effects associated with the spatial structure of the cells, including diffraction and inter-bit interference effects. Furthermore the same model will be used with the purpose of identifying patterns of transmissivity throughout the array. Quantum correlations will be employed and the output post-processed via techniques of supervised or unsupervised machine learning. The aim is to show the superior performance of the quantum probes in identifying data clusters. |
| Data del bando | 02/12/2019 |
| Numero di assegnazioni per anno | 1 |
| Periodicità | 12 |
| E' richiesta mobilità internazionale? | yes |
| Paesi in cui può essere condotta la ricerca |
Italy |
| Paesi di residenza dei candidati |
OCEANIA NORTH AMERICA SOUTH AMERICA ASIA AFRICA EUROPE |
| Nazionalità dei candidati |
OCEANIA NORTH AMERICA SOUTH AMERICA ASIA AFRICA EUROPE |
| Sito web del bando | https://www.unicam.it/bandi/attivi/all/Procedure%20selettive%20per%20assegni%20di%20ricerca |
| Destinatari dell'assegno di ricerca (of target group) |
Early stage researcher or 0-4 yrs (Post graduate) |
|---|---|
| Importo annuale | 32000 |
| Valuta | Euro |
| Massima durata dell'assegno (mesi) | 12 |
| Nome dell'Ente finanziatore | Università degli Studi di Camerino - Scuola di Scienze e Tecnologie |
|---|---|
| Tipologia dell'Ente | Academic |
| Paese dell'Ente | Italy |
| Città | Camerino |
| Codice postale | 62032 |
| Sito web | http://www.unicam.it/ |
| stefano.mancini@unicam.it |
| L'assegno finanziato/cofinanziato attraverso un EU Research Framework Programme? | H2020 |
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| Data di scadenza del bando | 02/01/2020 - alle ore 00:00 |
|---|---|
| Come candidarsi | Other |