DESIGN AND SYNTHESIS OF RF/MICROWAVE COMPONENTS BASED ON ADVANCED CONCEPTS AND THEIR APPLICATION TO COMMUNICATIONS CIRCUITS, SENSORS AND RFID (Q3183810): Difference between revisions
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(Removed claim: summary (P836): THIS PROJECT IS PRESENTED AS A CONTINUATION OF THE PROJECT TEC2010-17512 (METATRANSFER). ITS MAIN OBJECTIVE IS TO CONTINUE TO ADVANCE IN THE DEVELOPMENT OF RADIO FREQUENCY AND MICROWAVE COMPONENTS BASED ON METAMATERIAL CONCEPTS, ADVANCED TECHNOLOGIES, AND NEW IDEAS RECENTLY EXPLORED IN THE RESEARCH GROUP. AS IN THE PREVIOUS PROJECT, THE FINAL AIM OF THIS PROJECT IS TO GENERATE NEW KNOWLEDGE AND RESULTS THAT REPRESENT A CLEAR ADVANCE WITH REGAR...) |
(Created claim: summary (P836): THIS PROJECT IS PRESENTED AS A CONTINUATION OF THE PROJECT TEC2010-17512 (METATRANSFER). ITS MAIN OBJECTIVE IS TO CONTINUE TO ADVANCE IN THE DEVELOPMENT OF RADIO FREQUENCY AND MICROWAVE COMPONENTS BASED ON METAMATERIAL CONCEPTS, ADVANCED TECHNOLOGIES, AND NEW IDEAS RECENTLY EXPLORED IN THE RESEARCH GROUP. AS IN THE PREVIOUS PROJECT, THE FINAL AIM OF THIS PROJECT IS TO GENERATE NEW KNOWLEDGE AND RESULTS THAT REPRESENT A CLEAR ADVANCE WITH REGARD...) |
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THIS PROJECT IS PRESENTED AS A CONTINUATION OF THE PROJECT TEC2010-17512 (METATRANSFER). ITS MAIN OBJECTIVE IS TO CONTINUE TO ADVANCE IN THE DEVELOPMENT OF RADIO FREQUENCY AND MICROWAVE COMPONENTS BASED ON METAMATERIAL CONCEPTS, ADVANCED TECHNOLOGIES, AND NEW IDEAS RECENTLY EXPLORED IN THE RESEARCH GROUP. AS IN THE PREVIOUS PROJECT, THE FINAL AIM OF THIS PROJECT IS TO GENERATE NEW KNOWLEDGE AND RESULTS THAT REPRESENT A CLEAR ADVANCE WITH REGARD TO THE STATE OF THE ART, AND WHICH CONSTITUTE A PLATFORM FOR THE LAUNCH OF OTHER PROJECTS OF CHARACTER APPLIED IN THE ELECTRONICS AND COMMUNICATIONS SECTOR (TEC). THE PROJECT AIMS TO OBTAIN RESULTS WITH SOCIO-ECONOMIC IMPACT, THUS CONTRIBUTING TO RESPOND TO THE GREAT CHALLENGES OF SOCIETY (MAINLY, BUT NOT EXCLUSIVELY, IN THE CHALLENGE OF ECONOMY AND DIGITAL SOCIETY, PROVIDING ICT APPLICATIONS AND SOLUTIONS IN DIVERSE FIELDS SUCH AS TRANSPORT, LOGISTICS, ENVIRONMENTAL INTELLIGENCE, AND EVEN MEDICAL DIAGNOSIS) BASED ON A STATE-OF-THE-ART RESEARCH AIMED AT THE APPLICATION IN THE FIELD OF INFORMATION AND COMMUNICATIONS TECHNOLOGIES (ONE OF THE ESSENTIAL ENABLING TECHNOLOGIES, INCLUDED IN THE SPANISH STRATEGY OF SCIENCE AND TECHNOLOGY AND INNOVATION). TO DATE, THE RESEARCH GROUP HAS HAD A VERY SIGNIFICANT ACADEMIC IMPACT ON THE INTERNATIONAL SCENE, HAVING POSITIONED ITSELF AS A REFERENCE GROUP ON THE TOPICS OF THE PROJECT, AND HAS MANAGED TO TRANSFER TECHNOLOGY TO INDUSTRY BASED ON ITS RESEARCH RESULTS, MAINLY BY APPLYING IDEAS BASED ON METAMATERIAL CONCEPTS. HOWEVER, THERE ARE MANY ASPECTS THAT WE NEED TO CONTINUE TO INVESTIGATE, AS WELL AS NEW CHALLENGES THAT WE WANT TO ADDRESS IN THE PROPOSED PROJECT. THE PROJECT WILL THEREFORE ADDRESS THREE KEY OBJECTIVES: (1) THE DEVELOPMENT AND SYNTHESIS OF ADVANCED COMMUNICATIONS COMPONENTS CAPABLE OF MEETING THE CHALLENGES THAT PRESENT AND FUTURE COMMUNICATIONS SYSTEMS DEMAND, SUCH AS MULTI-BAND/MULTIFUNCTIONAL/RECONFIGURABLE CIRCUITS, BALANCED CIRCUITS, MORE IMMUNE TO INTERFERENCE AND NOISE, AND COMPONENTS (FILTERS) FOR UWB COMMUNICATIONS, AMONG OTHERS, AS WELL AS THE DEVELOPMENT OF SOFTWARE SPECIFIC TO THE AUTOMATED SYNTHESIS OF SUCH COMPONENTS AND OTHER COMPONENTS OF GENERAL PURPOSE (THROUGH SPACE MAPPING ALGORITHMS); (2) THE DEVELOPMENT OF NEW MICROWAVE AND WIRELESS SENSORS AND RADIO FREQUENCY BAR CODES, BASED ON THE SYMMETRY PROPERTIES OF TRANSMISSION LINES CHARGED WITH ELECTRICALLY SMALL RESONATORS; THERE WILL BE A SPECIAL EMPHASIS ON THE DESIGN AND MANUFACTURE OF SENSORS FOR DIELECTRIC CHARACTERISATION OF MATERIALS (OF INTEREST AS BIO-SENSORS FOR MEDICAL DIAGNOSIS); (3) THE DEVELOPMENT OF NEW LABELS AND READER ANTENNAS FOR RADIO FREQUENCY IDENTIFICATION (RFID) SYSTEMS, INCLUDING GLOBAL BAND LABELS AND FOR METAL ENVIRONMENTS IN UHF BANDS, REPRESENTING AN IMPROVEMENT IN READING RANGE AND BANDWIDTH; SPECIAL ATTENTION WILL BE DEVOTED TO THE DEVELOPMENT OF DEVICES BASED ON METAMATERIALS CAPABLE OF CONFINING THE ELECTRIC FIELD, FOR ITS APPLICATION TO UHF-RFID READERS OF SHORT RANGE, AND ITS APPLICATION FOR COLLECTION POINTS IN COMMERCIAL ESTABLISHMENTS WILL BE EXPLORED. (English) | |||||||||||||||
| Property / summary: THIS PROJECT IS PRESENTED AS A CONTINUATION OF THE PROJECT TEC2010-17512 (METATRANSFER). ITS MAIN OBJECTIVE IS TO CONTINUE TO ADVANCE IN THE DEVELOPMENT OF RADIO FREQUENCY AND MICROWAVE COMPONENTS BASED ON METAMATERIAL CONCEPTS, ADVANCED TECHNOLOGIES, AND NEW IDEAS RECENTLY EXPLORED IN THE RESEARCH GROUP. AS IN THE PREVIOUS PROJECT, THE FINAL AIM OF THIS PROJECT IS TO GENERATE NEW KNOWLEDGE AND RESULTS THAT REPRESENT A CLEAR ADVANCE WITH REGARD TO THE STATE OF THE ART, AND WHICH CONSTITUTE A PLATFORM FOR THE LAUNCH OF OTHER PROJECTS OF CHARACTER APPLIED IN THE ELECTRONICS AND COMMUNICATIONS SECTOR (TEC). THE PROJECT AIMS TO OBTAIN RESULTS WITH SOCIO-ECONOMIC IMPACT, THUS CONTRIBUTING TO RESPOND TO THE GREAT CHALLENGES OF SOCIETY (MAINLY, BUT NOT EXCLUSIVELY, IN THE CHALLENGE OF ECONOMY AND DIGITAL SOCIETY, PROVIDING ICT APPLICATIONS AND SOLUTIONS IN DIVERSE FIELDS SUCH AS TRANSPORT, LOGISTICS, ENVIRONMENTAL INTELLIGENCE, AND EVEN MEDICAL DIAGNOSIS) BASED ON A STATE-OF-THE-ART RESEARCH AIMED AT THE APPLICATION IN THE FIELD OF INFORMATION AND COMMUNICATIONS TECHNOLOGIES (ONE OF THE ESSENTIAL ENABLING TECHNOLOGIES, INCLUDED IN THE SPANISH STRATEGY OF SCIENCE AND TECHNOLOGY AND INNOVATION). TO DATE, THE RESEARCH GROUP HAS HAD A VERY SIGNIFICANT ACADEMIC IMPACT ON THE INTERNATIONAL SCENE, HAVING POSITIONED ITSELF AS A REFERENCE GROUP ON THE TOPICS OF THE PROJECT, AND HAS MANAGED TO TRANSFER TECHNOLOGY TO INDUSTRY BASED ON ITS RESEARCH RESULTS, MAINLY BY APPLYING IDEAS BASED ON METAMATERIAL CONCEPTS. HOWEVER, THERE ARE MANY ASPECTS THAT WE NEED TO CONTINUE TO INVESTIGATE, AS WELL AS NEW CHALLENGES THAT WE WANT TO ADDRESS IN THE PROPOSED PROJECT. THE PROJECT WILL THEREFORE ADDRESS THREE KEY OBJECTIVES: (1) THE DEVELOPMENT AND SYNTHESIS OF ADVANCED COMMUNICATIONS COMPONENTS CAPABLE OF MEETING THE CHALLENGES THAT PRESENT AND FUTURE COMMUNICATIONS SYSTEMS DEMAND, SUCH AS MULTI-BAND/MULTIFUNCTIONAL/RECONFIGURABLE CIRCUITS, BALANCED CIRCUITS, MORE IMMUNE TO INTERFERENCE AND NOISE, AND COMPONENTS (FILTERS) FOR UWB COMMUNICATIONS, AMONG OTHERS, AS WELL AS THE DEVELOPMENT OF SOFTWARE SPECIFIC TO THE AUTOMATED SYNTHESIS OF SUCH COMPONENTS AND OTHER COMPONENTS OF GENERAL PURPOSE (THROUGH SPACE MAPPING ALGORITHMS); (2) THE DEVELOPMENT OF NEW MICROWAVE AND WIRELESS SENSORS AND RADIO FREQUENCY BAR CODES, BASED ON THE SYMMETRY PROPERTIES OF TRANSMISSION LINES CHARGED WITH ELECTRICALLY SMALL RESONATORS; THERE WILL BE A SPECIAL EMPHASIS ON THE DESIGN AND MANUFACTURE OF SENSORS FOR DIELECTRIC CHARACTERISATION OF MATERIALS (OF INTEREST AS BIO-SENSORS FOR MEDICAL DIAGNOSIS); (3) THE DEVELOPMENT OF NEW LABELS AND READER ANTENNAS FOR RADIO FREQUENCY IDENTIFICATION (RFID) SYSTEMS, INCLUDING GLOBAL BAND LABELS AND FOR METAL ENVIRONMENTS IN UHF BANDS, REPRESENTING AN IMPROVEMENT IN READING RANGE AND BANDWIDTH; SPECIAL ATTENTION WILL BE DEVOTED TO THE DEVELOPMENT OF DEVICES BASED ON METAMATERIALS CAPABLE OF CONFINING THE ELECTRIC FIELD, FOR ITS APPLICATION TO UHF-RFID READERS OF SHORT RANGE, AND ITS APPLICATION FOR COLLECTION POINTS IN COMMERCIAL ESTABLISHMENTS WILL BE EXPLORED. (English) / rank | |||||||||||||||
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| Property / summary: THIS PROJECT IS PRESENTED AS A CONTINUATION OF THE PROJECT TEC2010-17512 (METATRANSFER). ITS MAIN OBJECTIVE IS TO CONTINUE TO ADVANCE IN THE DEVELOPMENT OF RADIO FREQUENCY AND MICROWAVE COMPONENTS BASED ON METAMATERIAL CONCEPTS, ADVANCED TECHNOLOGIES, AND NEW IDEAS RECENTLY EXPLORED IN THE RESEARCH GROUP. AS IN THE PREVIOUS PROJECT, THE FINAL AIM OF THIS PROJECT IS TO GENERATE NEW KNOWLEDGE AND RESULTS THAT REPRESENT A CLEAR ADVANCE WITH REGARD TO THE STATE OF THE ART, AND WHICH CONSTITUTE A PLATFORM FOR THE LAUNCH OF OTHER PROJECTS OF CHARACTER APPLIED IN THE ELECTRONICS AND COMMUNICATIONS SECTOR (TEC). THE PROJECT AIMS TO OBTAIN RESULTS WITH SOCIO-ECONOMIC IMPACT, THUS CONTRIBUTING TO RESPOND TO THE GREAT CHALLENGES OF SOCIETY (MAINLY, BUT NOT EXCLUSIVELY, IN THE CHALLENGE OF ECONOMY AND DIGITAL SOCIETY, PROVIDING ICT APPLICATIONS AND SOLUTIONS IN DIVERSE FIELDS SUCH AS TRANSPORT, LOGISTICS, ENVIRONMENTAL INTELLIGENCE, AND EVEN MEDICAL DIAGNOSIS) BASED ON A STATE-OF-THE-ART RESEARCH AIMED AT THE APPLICATION IN THE FIELD OF INFORMATION AND COMMUNICATIONS TECHNOLOGIES (ONE OF THE ESSENTIAL ENABLING TECHNOLOGIES, INCLUDED IN THE SPANISH STRATEGY OF SCIENCE AND TECHNOLOGY AND INNOVATION). TO DATE, THE RESEARCH GROUP HAS HAD A VERY SIGNIFICANT ACADEMIC IMPACT ON THE INTERNATIONAL SCENE, HAVING POSITIONED ITSELF AS A REFERENCE GROUP ON THE TOPICS OF THE PROJECT, AND HAS MANAGED TO TRANSFER TECHNOLOGY TO INDUSTRY BASED ON ITS RESEARCH RESULTS, MAINLY BY APPLYING IDEAS BASED ON METAMATERIAL CONCEPTS. HOWEVER, THERE ARE MANY ASPECTS THAT WE NEED TO CONTINUE TO INVESTIGATE, AS WELL AS NEW CHALLENGES THAT WE WANT TO ADDRESS IN THE PROPOSED PROJECT. THE PROJECT WILL THEREFORE ADDRESS THREE KEY OBJECTIVES: (1) THE DEVELOPMENT AND SYNTHESIS OF ADVANCED COMMUNICATIONS COMPONENTS CAPABLE OF MEETING THE CHALLENGES THAT PRESENT AND FUTURE COMMUNICATIONS SYSTEMS DEMAND, SUCH AS MULTI-BAND/MULTIFUNCTIONAL/RECONFIGURABLE CIRCUITS, BALANCED CIRCUITS, MORE IMMUNE TO INTERFERENCE AND NOISE, AND COMPONENTS (FILTERS) FOR UWB COMMUNICATIONS, AMONG OTHERS, AS WELL AS THE DEVELOPMENT OF SOFTWARE SPECIFIC TO THE AUTOMATED SYNTHESIS OF SUCH COMPONENTS AND OTHER COMPONENTS OF GENERAL PURPOSE (THROUGH SPACE MAPPING ALGORITHMS); (2) THE DEVELOPMENT OF NEW MICROWAVE AND WIRELESS SENSORS AND RADIO FREQUENCY BAR CODES, BASED ON THE SYMMETRY PROPERTIES OF TRANSMISSION LINES CHARGED WITH ELECTRICALLY SMALL RESONATORS; THERE WILL BE A SPECIAL EMPHASIS ON THE DESIGN AND MANUFACTURE OF SENSORS FOR DIELECTRIC CHARACTERISATION OF MATERIALS (OF INTEREST AS BIO-SENSORS FOR MEDICAL DIAGNOSIS); (3) THE DEVELOPMENT OF NEW LABELS AND READER ANTENNAS FOR RADIO FREQUENCY IDENTIFICATION (RFID) SYSTEMS, INCLUDING GLOBAL BAND LABELS AND FOR METAL ENVIRONMENTS IN UHF BANDS, REPRESENTING AN IMPROVEMENT IN READING RANGE AND BANDWIDTH; SPECIAL ATTENTION WILL BE DEVOTED TO THE DEVELOPMENT OF DEVICES BASED ON METAMATERIALS CAPABLE OF CONFINING THE ELECTRIC FIELD, FOR ITS APPLICATION TO UHF-RFID READERS OF SHORT RANGE, AND ITS APPLICATION FOR COLLECTION POINTS IN COMMERCIAL ESTABLISHMENTS WILL BE EXPLORED. (English) / qualifier | |||||||||||||||
point in time: 12 October 2021
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Revision as of 20:57, 12 October 2021
Project Q3183810 in Spain
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | DESIGN AND SYNTHESIS OF RF/MICROWAVE COMPONENTS BASED ON ADVANCED CONCEPTS AND THEIR APPLICATION TO COMMUNICATIONS CIRCUITS, SENSORS AND RFID |
Project Q3183810 in Spain |
Statements
109,202.5 Euro
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218,405.0 Euro
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50.0 percent
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1 January 2014
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31 December 2017
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UNIVERSIDAD AUTONOMA DE BARCELONA
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41°29'27.71"N, 2°8'15.00"E
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08266
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ESTE PROYECTO SE PRESENTA COMO CONTINUACION DEL PROYECTO TEC2010-17512 (METATRANSFER). EL OBJETIVO PRINCIPAL DEL MISMO ES SEGUIR AVANZANDO EN EL DESARROLLO DE COMPONENTES DE RADIOFRECUENCIA Y MICROONDAS BASADOS EN CONCEPTOS DE METAMATERIALES, EN TECNOLOGIAS AVANZADAS, Y EN NUEVAS IDEAS EXPLORADAS RECIENTEMENTE EN EL GRUPO DE INVESTIGACION. AL IGUAL QUE EN EL PROYECTO ANTERIOR, EL FIN ULTIMO DEL PRESENTE PROYECTO ES GENERAR NUEVO CONOCIMIENTO Y RESULTADOS QUE REPRESENTEN UN CLARO AVANCE RESPECTO AL ESTADO DEL ARTE, Y QUE CONSTITUYAN UNA PLATAFORMA PARA EL LANZAMIENTO DE OTROS PROYECTOS DE CARACTER APLICADO EN EL SECTOR ELECTRONICO Y DE LAS COMUNICACIONES (TEC). EL PROYECTO PERSIGUE OBTENER RESULTADOS CON IMPACTO SOCIO-ECONOMICO, CONTRIBUYENDO DE ESTE MODO A DAR RESPUESTA A LOS GRANDES RETOS DE LA SOCIEDAD (PRINCIPALMENTE, AUNQUE NO EXCLUSIVAMENTE, EN EL RETO DE ECONOMIA Y SOCIEDAD DIGITAL, APORTANDO APLICACIONES Y SOLUCIONES TIC EN AMBITOS DIVERSOS TALES COMO EL TRANSPORTE, LA LOGISTICA, LA INTELIGENCIA AMBIENTAL, E INCLUSO LA DIAGNOSIS MEDICA) SOBRE LA BASE DE UNA INVESTIGACION PUNTA ORIENTADA A LA APLICACION EN EL CAMPO DE LAS TECNOLOGIAS DE LA INFORMACION Y LAS COMUNICACIONES (UNA DE LAS TECNOLOGIAS FACILITADORAS ESENCIALES, RECOGIDAS EN LA ESTRATEGIA ESPAÑOLA DE CIENCIA Y TECNOLOGIA Y DE INNOVACION). HASTA EL MOMENTO ACTUAL, EL GRUPO DE INVESTIGACION HA TENIDO UN IMPACTO ACADEMICO MUY SIGNIFICATIVO EN EL PANORAMA INTERNACIONAL, HABIENDOSE SITUADO COMO GRUPO DE REFERENCIA EN LOS TOPICOS DEL PROYECTO, Y HA CONSEGUIDO TRANSFERIR TECNOLOGIA A LA INDUSTRIA SOBRE LA BASE DE SUS RESULTADOS DE INVESTIGACION, PRINCIPALMENTE APLICANDO IDEAS BASADAS EN CONCEPTOS DE METAMATERIALES. SIN EMBARGO, EXISTEN MUCHOS ASPECTOS QUE DEBEMOS CONTINUAR INVESTIGANDO, ASI COMO NUEVOS RETOS QUE QUEREMOS ABORDAR EN EL PROYECTO QUE SE PLANTEA. ASI PUES, EN EL PROYECTO SE ABORDARAN TRES OBJETIVOS FUNDAMENTALES: (1) EL DESARROLLO Y LA SINTESIS DE COMPONENTES AVANZADOS DE COMUNICACIONES CAPACES DE SATISFACER LOS RETOS QUE LOS SISTEMAS DE COMUNICACIONES PRESENTES Y FUTUROS DEMANDAN, TALES COMO CIRCUITOS MULTIBANDA/MULTIFUNCIONALES/RECONFIGURABLES, CIRCUITOS BALANCEADOS, MAS INMUNES A INTERFERENCIAS Y RUIDO, Y COMPONENTES (FILTROS) PARA COMUNICACIONES UWB, ENTRE OTROS, ASI COMO EL DESARROLLO DE SOFTWARE ESPECIFICO PARA LA SINTESIS AUTOMATIZADA DE TALES COMPONENTES Y OTROS COMPONENTES DE PROPOSITO GENERAL (MEDIANTE ALGORITMOS DE SPACE MAPPING); (2) EL DESARROLLO DE NUEVOS SENSORES DE MICROONDAS E INALAMBRICOS Y CODIGOS DE BARRAS DE RADIOFRECUENCIA, SOBRE LA BASE DE LAS PROPIEDADES DE SIMETRIA DE LINEAS DE TRANSMISION CARGADAS CON RESONADORES ELECTRICAMENTE PEQUEÑOS; SE HARA UN ESPECIAL ENFASIS EN EL DISEÑO Y FABRICACION DE SENSORES PARA CARACTERIZACION DIELECTRICA DE MATERIALES (DE INTERES COMO BIO-SENSORES PARA DIAGNOSIS MEDICA); (3) EL DESARROLLO DE NUEVAS ETIQUETAS Y ANTENAS DE LECTORES PARA SISTEMAS DE IDENTIFICACION POR RADIOFRECUENCIA (RFID), INCLUYENDO ETIQUETAS GLOBAL BAND Y PARA ENTORNOS METALICOS EN BANDAS DE UHF, QUE REPRESENTEN UNA MEJORA EN RANGO DE LECTURA Y ANCHO DE BANDA; SE DEDICARA UNA ESPECIAL ATENCION AL DESARROLLO DE DISPOSITIVOS BASADOS EN METAMATERIALES CAPACES DE CONFINAR EL CAMPO ELECTRICO, PARA SU APLICACION A LECTORES DE UHF-RFID DE CORTO ALCANCE, Y SE EXPLORARA SU APLICACION PARA PUNTOS DE COBRO EN ESTABLECIMIENTOS COMERCIALES. (Spanish)
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THIS PROJECT IS PRESENTED AS A CONTINUATION OF THE PROJECT TEC2010-17512 (METATRANSFER). ITS MAIN OBJECTIVE IS TO CONTINUE TO ADVANCE IN THE DEVELOPMENT OF RADIO FREQUENCY AND MICROWAVE COMPONENTS BASED ON METAMATERIAL CONCEPTS, ADVANCED TECHNOLOGIES, AND NEW IDEAS RECENTLY EXPLORED IN THE RESEARCH GROUP. AS IN THE PREVIOUS PROJECT, THE FINAL AIM OF THIS PROJECT IS TO GENERATE NEW KNOWLEDGE AND RESULTS THAT REPRESENT A CLEAR ADVANCE WITH REGARD TO THE STATE OF THE ART, AND WHICH CONSTITUTE A PLATFORM FOR THE LAUNCH OF OTHER PROJECTS OF CHARACTER APPLIED IN THE ELECTRONICS AND COMMUNICATIONS SECTOR (TEC). THE PROJECT AIMS TO OBTAIN RESULTS WITH SOCIO-ECONOMIC IMPACT, THUS CONTRIBUTING TO RESPOND TO THE GREAT CHALLENGES OF SOCIETY (MAINLY, BUT NOT EXCLUSIVELY, IN THE CHALLENGE OF ECONOMY AND DIGITAL SOCIETY, PROVIDING ICT APPLICATIONS AND SOLUTIONS IN DIVERSE FIELDS SUCH AS TRANSPORT, LOGISTICS, ENVIRONMENTAL INTELLIGENCE, AND EVEN MEDICAL DIAGNOSIS) BASED ON A STATE-OF-THE-ART RESEARCH AIMED AT THE APPLICATION IN THE FIELD OF INFORMATION AND COMMUNICATIONS TECHNOLOGIES (ONE OF THE ESSENTIAL ENABLING TECHNOLOGIES, INCLUDED IN THE SPANISH STRATEGY OF SCIENCE AND TECHNOLOGY AND INNOVATION). TO DATE, THE RESEARCH GROUP HAS HAD A VERY SIGNIFICANT ACADEMIC IMPACT ON THE INTERNATIONAL SCENE, HAVING POSITIONED ITSELF AS A REFERENCE GROUP ON THE TOPICS OF THE PROJECT, AND HAS MANAGED TO TRANSFER TECHNOLOGY TO INDUSTRY BASED ON ITS RESEARCH RESULTS, MAINLY BY APPLYING IDEAS BASED ON METAMATERIAL CONCEPTS. HOWEVER, THERE ARE MANY ASPECTS THAT WE NEED TO CONTINUE TO INVESTIGATE, AS WELL AS NEW CHALLENGES THAT WE WANT TO ADDRESS IN THE PROPOSED PROJECT. THE PROJECT WILL THEREFORE ADDRESS THREE KEY OBJECTIVES: (1) THE DEVELOPMENT AND SYNTHESIS OF ADVANCED COMMUNICATIONS COMPONENTS CAPABLE OF MEETING THE CHALLENGES THAT PRESENT AND FUTURE COMMUNICATIONS SYSTEMS DEMAND, SUCH AS MULTI-BAND/MULTIFUNCTIONAL/RECONFIGURABLE CIRCUITS, BALANCED CIRCUITS, MORE IMMUNE TO INTERFERENCE AND NOISE, AND COMPONENTS (FILTERS) FOR UWB COMMUNICATIONS, AMONG OTHERS, AS WELL AS THE DEVELOPMENT OF SOFTWARE SPECIFIC TO THE AUTOMATED SYNTHESIS OF SUCH COMPONENTS AND OTHER COMPONENTS OF GENERAL PURPOSE (THROUGH SPACE MAPPING ALGORITHMS); (2) THE DEVELOPMENT OF NEW MICROWAVE AND WIRELESS SENSORS AND RADIO FREQUENCY BAR CODES, BASED ON THE SYMMETRY PROPERTIES OF TRANSMISSION LINES CHARGED WITH ELECTRICALLY SMALL RESONATORS; THERE WILL BE A SPECIAL EMPHASIS ON THE DESIGN AND MANUFACTURE OF SENSORS FOR DIELECTRIC CHARACTERISATION OF MATERIALS (OF INTEREST AS BIO-SENSORS FOR MEDICAL DIAGNOSIS); (3) THE DEVELOPMENT OF NEW LABELS AND READER ANTENNAS FOR RADIO FREQUENCY IDENTIFICATION (RFID) SYSTEMS, INCLUDING GLOBAL BAND LABELS AND FOR METAL ENVIRONMENTS IN UHF BANDS, REPRESENTING AN IMPROVEMENT IN READING RANGE AND BANDWIDTH; SPECIAL ATTENTION WILL BE DEVOTED TO THE DEVELOPMENT OF DEVICES BASED ON METAMATERIALS CAPABLE OF CONFINING THE ELECTRIC FIELD, FOR ITS APPLICATION TO UHF-RFID READERS OF SHORT RANGE, AND ITS APPLICATION FOR COLLECTION POINTS IN COMMERCIAL ESTABLISHMENTS WILL BE EXPLORED. (English)
12 October 2021
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Cerdanyola del Vallès
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Identifiers
TEC2013-40600-R
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