Q3156112 (Q3156112): Difference between revisions
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(Created claim: summary (P836): The EVOLUCTION MAKE A SOCIETY TOTALLY CONCERNED IN ERA 5G AND POSTERIOR (5G&B), WITH COMMUNICATIONS CENTRATED IN PERSONS co-existence WITH MAKIN TYPE COMMUNICATIONS (MTC), will result in a densification WITHOUT PRECEDENTS of heterogeneous TERMINALS to provide an answer to the ever-critical and new services. IN THIS SCENARIO, MEETING THE NEW VALUES OF THE USUAL REQUIREMENTS (SPEED OF CONNECTION PER USER, SPECTRAL EFFICIENCY, MOBILITY, RELIABILITY...) |
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The EVOLUCTION MAKE A SOCIETY TOTALLY CONCERNED IN ERA 5G AND POSTERIOR (5G&B), WITH COMMUNICATIONS CENTRATED IN PERSONS co-existence WITH MAKIN TYPE COMMUNICATIONS (MTC), will result in a densification WITHOUT PRECEDENTS of heterogeneous TERMINALS to provide an answer to the ever-critical and new services. IN THIS SCENARIO, MEETING THE NEW VALUES OF THE USUAL REQUIREMENTS (SPEED OF CONNECTION PER USER, SPECTRAL EFFICIENCY, MOBILITY, RELIABILITY, BATTERY LIFE, COVERAGE, ETC.) WILL BE A CHALLENGE AND THE MANAGEMENT OF THE NETWORK WILL BE VERY COMPLICATED. SOLUTIONS WILL BE NEEDED FROM THE PHYSICAL LAYER TO THE NETWORK LAYER: IN THE PHYSICAL AND MAC LAYERS, THE USE OF NEW SPECTRUM, ALONG WITH LARGE BANDWIDTHS, REQUIRING COMPLEX HARDWARE THAT ADAPTS TO NEW CHANNEL MODELS; At the top of the agenda, the introduction of the virtualisation of network functions (NFV) that contribute to the FLEXIBILITY, ESCALABILITY, and SEPARABILITY for the operationalisation of the network’s functioning in an environment (POSIBLEMENT) MULTI-OPERADOR._x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D_ _x000D__x000D__x000D__x000D__x000D_ B-RUNNER-UPC ABORDS DESIGN, ANALISIS AND EVALUATION OF A RADIO TECHNOLOGY SERIE IN ULTRA-DENSASED NETWORKS TO CUMPLY WITH CAPACITY AND QUALITY REQUIREMENTS OF SERVICE, DISTRIBUTED INTELIGENCE AND FLEXIBILITY NEED FOR 5G AND POSTERIAL SYSTEMS. THIS REQUIRES THE USE OF ADVANCED SIGNAL PROCESSING TOOLS, INFORMATION THEORY, COMMUNICATIONS AND MULTI-OBJECTIVE DISTRIBUTED OPTIMISATION. _x000D_ _x000D_ in CONCRETO, 5G&B-RUNNER-UPC will contribute to the RADIO TECHNOLOGY DESIGN IN NEXT-ULTRA DENSAS FOR 5G&B SYSTEMS 5G&B IN THE NEXT AREAS KEYS:_x000D_ _x000D_ — TO PHISIC CAP & MAC LEVEL translation Schemas will be developed to improve capacity in ULTRA-DENSOS. THIS WILL BE ACHIEVED BY CANCELLING AND/OR COORDINATING INTERFERENCE WITH ADVANCED MULTI-ANTENNA HIGH DIMENSIONALITY SCHEMES IN MILIMETRIC BANDS (ESPECIALLY FOR MACRO AND PEAK CELLS) AND BY DESIGNING NON-ORTHOGONAL MEDIUM ACCESS SCHEMES (FOR CELLULAR TRAFFIC AND MTC). 5G&B-RUNNER-UPC will also contribute to the VISIBLE SPECTER TRANSMISSION Schema DESIGN (for shortcut applications in internationals or vehicles)._x000D_ — A ALTO LEVEL, 5G& B-RUNNER-UPC will address the DESIGN OF NETWORK FUNCTIONS (RADIO RESOURCES, SCHEDULING, routed, ETC.) to make a more efficient and flexible use of the SPECTER, TRANSPORT RESOURCES and COMPUTATIONAL RECURSES from the network. 5G&B-RUNNER-UPC will propose PARCIALLY DESCRALIED SOLUTIONS to control the most effective interference, balance the TRAFFIC and EVITATION CONGESTIONS. _x000D_ — for MTC, 5G&B-RUNNER-UPC will develop aggregation TECHNICALS OF THE INFORMATION AND AGREEMENT OF THE NETWORK MINIMING THE CONSUMPTION OF BATERIA, SEMINALISATION, INFORMATION AND RETAILING IN VERY DENSOSES. Both ASPECTs will benefit from the DEFINICATION OF IMPROVED CONTIENDAL PROTOCOLS FOR RESOLVATIONS OF PHISICAL AND NISIC CAPAL COLLECTIONS AND RED._x000D__x000D_ Thermal WORK PROGRAMMES, THE DEVELOPMENT OF A SYSTEM SIMULAR IN INTEGRANTED SYSTEM SYSTEM deployments with MTC and PARTICIPATION IN STANDING EVENTS. (English) | |||||||||||||||
| Property / summary: The EVOLUCTION MAKE A SOCIETY TOTALLY CONCERNED IN ERA 5G AND POSTERIOR (5G&B), WITH COMMUNICATIONS CENTRATED IN PERSONS co-existence WITH MAKIN TYPE COMMUNICATIONS (MTC), will result in a densification WITHOUT PRECEDENTS of heterogeneous TERMINALS to provide an answer to the ever-critical and new services. IN THIS SCENARIO, MEETING THE NEW VALUES OF THE USUAL REQUIREMENTS (SPEED OF CONNECTION PER USER, SPECTRAL EFFICIENCY, MOBILITY, RELIABILITY, BATTERY LIFE, COVERAGE, ETC.) WILL BE A CHALLENGE AND THE MANAGEMENT OF THE NETWORK WILL BE VERY COMPLICATED. SOLUTIONS WILL BE NEEDED FROM THE PHYSICAL LAYER TO THE NETWORK LAYER: IN THE PHYSICAL AND MAC LAYERS, THE USE OF NEW SPECTRUM, ALONG WITH LARGE BANDWIDTHS, REQUIRING COMPLEX HARDWARE THAT ADAPTS TO NEW CHANNEL MODELS; At the top of the agenda, the introduction of the virtualisation of network functions (NFV) that contribute to the FLEXIBILITY, ESCALABILITY, and SEPARABILITY for the operationalisation of the network’s functioning in an environment (POSIBLEMENT) MULTI-OPERADOR._x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D_ _x000D__x000D__x000D__x000D__x000D_ B-RUNNER-UPC ABORDS DESIGN, ANALISIS AND EVALUATION OF A RADIO TECHNOLOGY SERIE IN ULTRA-DENSASED NETWORKS TO CUMPLY WITH CAPACITY AND QUALITY REQUIREMENTS OF SERVICE, DISTRIBUTED INTELIGENCE AND FLEXIBILITY NEED FOR 5G AND POSTERIAL SYSTEMS. THIS REQUIRES THE USE OF ADVANCED SIGNAL PROCESSING TOOLS, INFORMATION THEORY, COMMUNICATIONS AND MULTI-OBJECTIVE DISTRIBUTED OPTIMISATION. _x000D_ _x000D_ in CONCRETO, 5G&B-RUNNER-UPC will contribute to the RADIO TECHNOLOGY DESIGN IN NEXT-ULTRA DENSAS FOR 5G&B SYSTEMS 5G&B IN THE NEXT AREAS KEYS:_x000D_ _x000D_ — TO PHISIC CAP & MAC LEVEL translation Schemas will be developed to improve capacity in ULTRA-DENSOS. THIS WILL BE ACHIEVED BY CANCELLING AND/OR COORDINATING INTERFERENCE WITH ADVANCED MULTI-ANTENNA HIGH DIMENSIONALITY SCHEMES IN MILIMETRIC BANDS (ESPECIALLY FOR MACRO AND PEAK CELLS) AND BY DESIGNING NON-ORTHOGONAL MEDIUM ACCESS SCHEMES (FOR CELLULAR TRAFFIC AND MTC). 5G&B-RUNNER-UPC will also contribute to the VISIBLE SPECTER TRANSMISSION Schema DESIGN (for shortcut applications in internationals or vehicles)._x000D_ — A ALTO LEVEL, 5G& B-RUNNER-UPC will address the DESIGN OF NETWORK FUNCTIONS (RADIO RESOURCES, SCHEDULING, routed, ETC.) to make a more efficient and flexible use of the SPECTER, TRANSPORT RESOURCES and COMPUTATIONAL RECURSES from the network. 5G&B-RUNNER-UPC will propose PARCIALLY DESCRALIED SOLUTIONS to control the most effective interference, balance the TRAFFIC and EVITATION CONGESTIONS. _x000D_ — for MTC, 5G&B-RUNNER-UPC will develop aggregation TECHNICALS OF THE INFORMATION AND AGREEMENT OF THE NETWORK MINIMING THE CONSUMPTION OF BATERIA, SEMINALISATION, INFORMATION AND RETAILING IN VERY DENSOSES. Both ASPECTs will benefit from the DEFINICATION OF IMPROVED CONTIENDAL PROTOCOLS FOR RESOLVATIONS OF PHISICAL AND NISIC CAPAL COLLECTIONS AND RED._x000D__x000D_ Thermal WORK PROGRAMMES, THE DEVELOPMENT OF A SYSTEM SIMULAR IN INTEGRANTED SYSTEM SYSTEM deployments with MTC and PARTICIPATION IN STANDING EVENTS. (English) / rank | |||||||||||||||
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| Property / summary: The EVOLUCTION MAKE A SOCIETY TOTALLY CONCERNED IN ERA 5G AND POSTERIOR (5G&B), WITH COMMUNICATIONS CENTRATED IN PERSONS co-existence WITH MAKIN TYPE COMMUNICATIONS (MTC), will result in a densification WITHOUT PRECEDENTS of heterogeneous TERMINALS to provide an answer to the ever-critical and new services. IN THIS SCENARIO, MEETING THE NEW VALUES OF THE USUAL REQUIREMENTS (SPEED OF CONNECTION PER USER, SPECTRAL EFFICIENCY, MOBILITY, RELIABILITY, BATTERY LIFE, COVERAGE, ETC.) WILL BE A CHALLENGE AND THE MANAGEMENT OF THE NETWORK WILL BE VERY COMPLICATED. SOLUTIONS WILL BE NEEDED FROM THE PHYSICAL LAYER TO THE NETWORK LAYER: IN THE PHYSICAL AND MAC LAYERS, THE USE OF NEW SPECTRUM, ALONG WITH LARGE BANDWIDTHS, REQUIRING COMPLEX HARDWARE THAT ADAPTS TO NEW CHANNEL MODELS; At the top of the agenda, the introduction of the virtualisation of network functions (NFV) that contribute to the FLEXIBILITY, ESCALABILITY, and SEPARABILITY for the operationalisation of the network’s functioning in an environment (POSIBLEMENT) MULTI-OPERADOR._x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D_ _x000D__x000D__x000D__x000D__x000D_ B-RUNNER-UPC ABORDS DESIGN, ANALISIS AND EVALUATION OF A RADIO TECHNOLOGY SERIE IN ULTRA-DENSASED NETWORKS TO CUMPLY WITH CAPACITY AND QUALITY REQUIREMENTS OF SERVICE, DISTRIBUTED INTELIGENCE AND FLEXIBILITY NEED FOR 5G AND POSTERIAL SYSTEMS. THIS REQUIRES THE USE OF ADVANCED SIGNAL PROCESSING TOOLS, INFORMATION THEORY, COMMUNICATIONS AND MULTI-OBJECTIVE DISTRIBUTED OPTIMISATION. _x000D_ _x000D_ in CONCRETO, 5G&B-RUNNER-UPC will contribute to the RADIO TECHNOLOGY DESIGN IN NEXT-ULTRA DENSAS FOR 5G&B SYSTEMS 5G&B IN THE NEXT AREAS KEYS:_x000D_ _x000D_ — TO PHISIC CAP & MAC LEVEL translation Schemas will be developed to improve capacity in ULTRA-DENSOS. THIS WILL BE ACHIEVED BY CANCELLING AND/OR COORDINATING INTERFERENCE WITH ADVANCED MULTI-ANTENNA HIGH DIMENSIONALITY SCHEMES IN MILIMETRIC BANDS (ESPECIALLY FOR MACRO AND PEAK CELLS) AND BY DESIGNING NON-ORTHOGONAL MEDIUM ACCESS SCHEMES (FOR CELLULAR TRAFFIC AND MTC). 5G&B-RUNNER-UPC will also contribute to the VISIBLE SPECTER TRANSMISSION Schema DESIGN (for shortcut applications in internationals or vehicles)._x000D_ — A ALTO LEVEL, 5G& B-RUNNER-UPC will address the DESIGN OF NETWORK FUNCTIONS (RADIO RESOURCES, SCHEDULING, routed, ETC.) to make a more efficient and flexible use of the SPECTER, TRANSPORT RESOURCES and COMPUTATIONAL RECURSES from the network. 5G&B-RUNNER-UPC will propose PARCIALLY DESCRALIED SOLUTIONS to control the most effective interference, balance the TRAFFIC and EVITATION CONGESTIONS. _x000D_ — for MTC, 5G&B-RUNNER-UPC will develop aggregation TECHNICALS OF THE INFORMATION AND AGREEMENT OF THE NETWORK MINIMING THE CONSUMPTION OF BATERIA, SEMINALISATION, INFORMATION AND RETAILING IN VERY DENSOSES. Both ASPECTs will benefit from the DEFINICATION OF IMPROVED CONTIENDAL PROTOCOLS FOR RESOLVATIONS OF PHISICAL AND NISIC CAPAL COLLECTIONS AND RED._x000D__x000D_ Thermal WORK PROGRAMMES, THE DEVELOPMENT OF A SYSTEM SIMULAR IN INTEGRANTED SYSTEM SYSTEM deployments with MTC and PARTICIPATION IN STANDING EVENTS. (English) / qualifier | |||||||||||||||
point in time: 12 October 2021
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Revision as of 15:22, 12 October 2021
Project Q3156112 in Spain
| Language | Label | Description | Also known as |
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| English | No label defined |
Project Q3156112 in Spain |
Statements
90,750.0 Euro
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181,500.0 Euro
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50.0 percent
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30 December 2016
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31 December 2020
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UNIVERSIDAD POLITECNICA DE CATALUÑA
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41°22'58.40"N, 2°10'38.75"E
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08019
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LA EVOLUCION HACIA UNA SOCIEDAD TOTALMENTE CONECTADA EN LA ERA 5G Y POSTERIOR (5G&B), CON COMUNICACIONES CENTRADAS EN PERSONAS COEXISTIENDO CON COMUNICACIONES DE TIPO MAQUINA (MTC), COMPORTARA UNA DENSIFICACION SIN PRECEDENTES DE TERMINALES HETEROGENEOS PARA DAR RESPUESTA A LA DEMANDA SIEMPRE CRECIENTE DE TRAFICO Y NUEVOS SERVICIOS. EN ESTE ESCENARIO, CUMPLIR CON LOS NUEVOS VALORES DE LOS REQUISITOS USUALES (VELOCIDAD DE CONEXION POR USUARIO, EFICIENCIA ESPECTRAL, MOVILIDAD, FIABILIDAD, VIDA DE LAS BATERIAS, COBERTURA, ETC.) SERA TODO UN RETO Y LA GESTION DE LA RED EN SI SERA MUY COMPLICADA. SE NECESITARAN SOLUCIONES DESDE LA CAPA FISICA HASTA LA CAPA DE RED: EN LAS CAPAS FISICA Y MAC, EL USO DE NUEVO ESPECTRO, JUNTO CON GRANDES ANCHOS DE BANDA, LO QUE REQUIERE UN HARDWARE COMPLEJO QUE SE ADAPTE A LOS NUEVOS MODELOS DE CANAL; EN LAS CAPAS SUPERIORES, LA INTRODUCCION DE LA VIRTUALIZACION DE FUNCIONES DE RED (NFV) QUE APORTEN LA FLEXIBILIDAD, ESCALABILIDAD Y SEPARABILIDAD SUFICIENTE PARA OPTIMIZAR EL FUNCIONAMIENTO DE LA RED EN UN ENTORNO (POSIBLEMENTE) MULTI-OPERADOR._x000D_ _x000D_ EL SUBPROYECTO 5G&B-RUNNER-UPC ABORDA EL DISEÑO, ANALISIS Y EVALUACION DE UNA SERIE DE TECNOLOGIAS RADIO EN REDES ULTRA-DENSAS PARA CUMPLIR CON LOS REQUISITOS DE CAPACIDAD Y CALIDAD DE SERVICIO, INTELIGENCIA DISTRIBUIDA Y FLEXIBILIDAD NECESARIOS PARA LOS SISTEMAS 5G Y POSTERIORES. ELLO REQUIERE EL USO DE HERRAMIENTAS DE PROCESADO DE SEÑAL AVANZADO, TEORIA DE LA INFORMACION, COMUNICACIONES Y OPTIMIZACION MULTI-OBJETIVO DISTRIBUIDA. _x000D_ _x000D_ EN CONCRETO, 5G&B-RUNNER-UPC CONTRIBUIRA AL DISEÑO DE TECNOLOGIAS RADIO EN REDES-ULTRA DENSAS PARA SISTEMAS 5G&B EN LAS SIGUIENTES AREAS CLAVE:_x000D_ _x000D_ - A NIVEL DE CAPA FISICA Y MAC SE DESARROLLARAN ESQUEMAS DE TRANSMISION PARA MEJORAR LA CAPACIDAD EN ENTORNOS ULTRA-DENSOS. ESTO SE CONSEGUIRA MEDIANTE LA CANCELACION Y/O COORDINACION DE LA INTERFERENCIA CON ESQUEMAS AVANZADOS MULTI-ANTENNA DE ALTA DIMENSIONALIDAD EN BANDAS MILIMETRICAS (ESPECIALMENTE PARA MACRO Y PICO CELDAS) Y MEDIANTE EL DISEÑO DE ESQUEMAS NO ORTOGONALES DE ACCESO AL MEDIO (PARA TRAFICO CELULAR Y MTC). 5G&B-RUNNER-UPC TAMBIEN CONTRIBUIRA AL DISEÑO DE ESQUEMAS DE TRANSMISION EN EL ESPECTRO VISIBLE (PARA APLICACIONES DE CORTO ALCANCE EN INTERIORES O VEHICULARES)._x000D_ - A MAS ALTO NIVEL, 5G&B-RUNNER-UPC ABORDARA EL DISEÑO DE FUNCIONES DE RED (ASIGNACION DE RECURSOS RADIO, SCHEDULING, ENRUTADO, ETC.) PARA HACER UN USO MAS EFICIENTE Y FLEXIBLE DEL ESPECTRO, DE LOS RECURSOS DE TRANSPORTE Y DE LOS RECURSOS COMPUTACIONALES DE LA RED. 5G&B-RUNNER-UPC PROPONDRA SOLUCIONES PARCIALMENTE DESCENTRALIZADAS PARA CONTROLAR DE FORMA MAS EFICIENTE LA INTERFERENCIA, BALANCEAR EL TRAFICO Y EVITAR SITUACIONES DE CONGESTION. _x000D_ - PARA MTC, 5G&B-RUNNER-UPC DESARROLLARA TECNICAS DE AGREGACION DE LA INFORMACION Y AGRUPAMIENTO DE LA RED QUE MINIMICEN EL CONSUMO DE BATERIA, LA SEÑALIZACION, LA PERDIDA DE INFORMACION Y EL RETARDO EN ENTORNOS MUY DENSOS. AMBOS ASPECTOS SE BENEFICIARAN DE LA DEFINICION DE PROTOCOLOS DE CONTIENDA MEJORADOS CAPACES DE RESOLVER LAS COLISIONES A NIVEL DE CAPA FISICA Y DE RED._x000D_ _x000D_ EL PROGRAMA DE TRABAJO ABARCA ACTIVIDADES TEORICAS, EL DESARROLLO DE UN SIMULADOR DE SISTEMA INTEGRANDO DESPLIEGUES CELULARES HETEROGENEOUS CON MTC Y LA PARTICIPACION EN EVENTOS DE ESTANDARIZACION. (Spanish)
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The EVOLUCTION MAKE A SOCIETY TOTALLY CONCERNED IN ERA 5G AND POSTERIOR (5G&B), WITH COMMUNICATIONS CENTRATED IN PERSONS co-existence WITH MAKIN TYPE COMMUNICATIONS (MTC), will result in a densification WITHOUT PRECEDENTS of heterogeneous TERMINALS to provide an answer to the ever-critical and new services. IN THIS SCENARIO, MEETING THE NEW VALUES OF THE USUAL REQUIREMENTS (SPEED OF CONNECTION PER USER, SPECTRAL EFFICIENCY, MOBILITY, RELIABILITY, BATTERY LIFE, COVERAGE, ETC.) WILL BE A CHALLENGE AND THE MANAGEMENT OF THE NETWORK WILL BE VERY COMPLICATED. SOLUTIONS WILL BE NEEDED FROM THE PHYSICAL LAYER TO THE NETWORK LAYER: IN THE PHYSICAL AND MAC LAYERS, THE USE OF NEW SPECTRUM, ALONG WITH LARGE BANDWIDTHS, REQUIRING COMPLEX HARDWARE THAT ADAPTS TO NEW CHANNEL MODELS; At the top of the agenda, the introduction of the virtualisation of network functions (NFV) that contribute to the FLEXIBILITY, ESCALABILITY, and SEPARABILITY for the operationalisation of the network’s functioning in an environment (POSIBLEMENT) MULTI-OPERADOR._x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D__x000D_ _x000D__x000D__x000D__x000D__x000D_ B-RUNNER-UPC ABORDS DESIGN, ANALISIS AND EVALUATION OF A RADIO TECHNOLOGY SERIE IN ULTRA-DENSASED NETWORKS TO CUMPLY WITH CAPACITY AND QUALITY REQUIREMENTS OF SERVICE, DISTRIBUTED INTELIGENCE AND FLEXIBILITY NEED FOR 5G AND POSTERIAL SYSTEMS. THIS REQUIRES THE USE OF ADVANCED SIGNAL PROCESSING TOOLS, INFORMATION THEORY, COMMUNICATIONS AND MULTI-OBJECTIVE DISTRIBUTED OPTIMISATION. _x000D_ _x000D_ in CONCRETO, 5G&B-RUNNER-UPC will contribute to the RADIO TECHNOLOGY DESIGN IN NEXT-ULTRA DENSAS FOR 5G&B SYSTEMS 5G&B IN THE NEXT AREAS KEYS:_x000D_ _x000D_ — TO PHISIC CAP & MAC LEVEL translation Schemas will be developed to improve capacity in ULTRA-DENSOS. THIS WILL BE ACHIEVED BY CANCELLING AND/OR COORDINATING INTERFERENCE WITH ADVANCED MULTI-ANTENNA HIGH DIMENSIONALITY SCHEMES IN MILIMETRIC BANDS (ESPECIALLY FOR MACRO AND PEAK CELLS) AND BY DESIGNING NON-ORTHOGONAL MEDIUM ACCESS SCHEMES (FOR CELLULAR TRAFFIC AND MTC). 5G&B-RUNNER-UPC will also contribute to the VISIBLE SPECTER TRANSMISSION Schema DESIGN (for shortcut applications in internationals or vehicles)._x000D_ — A ALTO LEVEL, 5G& B-RUNNER-UPC will address the DESIGN OF NETWORK FUNCTIONS (RADIO RESOURCES, SCHEDULING, routed, ETC.) to make a more efficient and flexible use of the SPECTER, TRANSPORT RESOURCES and COMPUTATIONAL RECURSES from the network. 5G&B-RUNNER-UPC will propose PARCIALLY DESCRALIED SOLUTIONS to control the most effective interference, balance the TRAFFIC and EVITATION CONGESTIONS. _x000D_ — for MTC, 5G&B-RUNNER-UPC will develop aggregation TECHNICALS OF THE INFORMATION AND AGREEMENT OF THE NETWORK MINIMING THE CONSUMPTION OF BATERIA, SEMINALISATION, INFORMATION AND RETAILING IN VERY DENSOSES. Both ASPECTs will benefit from the DEFINICATION OF IMPROVED CONTIENDAL PROTOCOLS FOR RESOLVATIONS OF PHISICAL AND NISIC CAPAL COLLECTIONS AND RED._x000D__x000D_ Thermal WORK PROGRAMMES, THE DEVELOPMENT OF A SYSTEM SIMULAR IN INTEGRANTED SYSTEM SYSTEM deployments with MTC and PARTICIPATION IN STANDING EVENTS. (English)
12 October 2021
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Barcelona
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Identifiers
TEC2016-77148-C2-1-R
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