JESÚS RUBIO RUIZ

Literals

• ou:indiceHscopus
  • 13
• ou:dialnetId
  • 4008387
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  • A0500-CATEDRÁTICO DE UNIVERSIDAD
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  • TIEMPO COMPLETO
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  • 1df970a494e25ff935d6ab77ec28bb00
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  • JESÚS
• foaf:lastName
  • RUBIO RUIZ
• foaf:name
  • JESÚS RUBIO RUIZ
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  • 0000000214244714
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  • http://orcid.org/0000000214244714
• vivo:scopusId
  • 7202580563

Typed Literals

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Relations

• teach:teacherOf
  • IMPLEMENTACIÓN DE SISTEMAS DE COMUNICACIONES POR LÍNEA Y VÍA SATÉLITE
  • INGENIERÍA DE SERVICIOS TIC
  • RADIACIÓN Y ONDAS GUIADAS
  • TELEVISIÓN DIGITAL
  • IMPLEMENTACIÓN DE SISTEMAS DE COMUNICACIONES POR LÍNEA Y VÍA SATÉLITE
  • IMPLEMENTACIÓN DE SISTEMAS DE COMUNICACIONES POR LÍNEA Y VÍA SATÉLITE
  • IMPLEMENTACIÓN DE SISTEMAS DE COMUNICACIONES POR LÍNEA Y VÍA SATÉLITE
  • IMPLEMENTACIÓN DE SISTEMAS DE COMUNICACIONES POR LÍNEA Y VÍA SATÉLITE
  • IMPLEMENTACIÓN DE SISTEMAS DE COMUNICACIONES POR LÍNEA Y VÍA SATÉLITE
  • INGENIERÍA DE SERVICIOS TIC
  • INGENIERÍA DE SERVICIOS TIC
  • INGENIERÍA DE SERVICIOS TIC
  • INGENIERÍA DE SERVICIOS TIC
  • INGENIERÍA DE SERVICIOS TIC
  • RADIACIÓN Y ONDAS GUIADAS
  • RADIACIÓN Y ONDAS GUIADAS
  • RADIACIÓN Y ONDAS GUIADAS
  • RADIACIÓN Y ONDAS GUIADAS
  • RADIACIÓN Y ONDAS GUIADAS
  • TELEVISIÓN DIGITAL
  • TELEVISIÓN DIGITAL
  • TELEVISIÓN DIGITAL
  • TELEVISIÓN DIGITAL
  • TELEVISIÓN DIGITAL
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• ou:tienePublicacion
  • A 3-D FEM based segmentation method for the full-wave analysis of passive microwaves circuits
  • A CAD-oriented method to analyze and design radiating structures based on bodies of revolution by using finite elements and generalized scattering matrix
  • A Finite-Element domain-decomposition method for the analysis and design of passive microwave devices
  • A Novel Design of a SIW-Fed Antenna Array Using an Accelerated Full-Wave Methodology
  • A fast technique to estimate the mutual coupling coefficients from the transmitting characteristics of an isolated element
  • A novel hybrid technique for mutual coupling modeling of antennas with strongly overlapped minimum-spheres
  • ANN characterization of multi-layer reflectarray elements for contoured-beam space antennas in the ku-band
  • Analysis of cavity-backed microstrip antennas by a 3-D finite element/segmentation method and a matrix lanczos-padé algorithm (SFELP)
  • Analysis of open-ended radiating structures based on SFELP (segmentation approach/finite elements/Lanczos-Pade)
  • Analysis of passive microwave circuits by using a hybrid 2-D and 3-D finite-element mode-matching method
  • Analysis of the scattering characteristics of finite arrays on an infinite ground plane based on finite elements and generalized scattering matrix
  • Antenna modeling by elementary sources based on spherical waves translation and evolutionary computation
  • Antenna-generalized scattering matrix in terms of equivalent infinitesimal dipoles: Application to finite array problems
  • Aplicación del método Sfelp al análisis de antenas microstrip en cavidad
  • Application of 3-D FEM/segmentation method to efficient design of cylindrical dielectric resonator filters
  • Applications of the direct domain decomposition based on cylindrical ports in the hybrid finite element/modal analysis method
  • Array Thinning of Coupled Antennas Based on the Orthogonal Matching Pursuit Method and a Spherical-Wave Expansion for Far-Field Synthesis
  • Array design for different SLL and null directions with an interior-point optimization method from the generalized-scattering-matrix and spherical modes
  • Array design for different sll and null directions with an interior-point optimization method from the generalized-scattering-matrix and spherical modes
  • CAD of cylindrical dielectric resonator filters by a 3-D finite-element segmentation method
  • CAD of cylindrical dielectric resonator filters using SFELP (segmentation/finite elements/Lanczos-Pade)
  • Computer automated design of an irregular slotted waveguide array for Ku-Band
  • Direct FEM-Domain Decomposition Using Convex-to-Concave Spherical Ports for Space Applications
  • Direct domain decomposition for on-board spacecraft antennas based on spherical ports
  • Efficient Radiation Antenna Modeling via Orthogonal Matching Pursuit in Terms of Infinitesimal Dipoles
  • Efficient full-wave analysis of mutual coupling between cavity-backed microstrip patch antennas
  • Estimation of the radiation pattern of finite arrays of waveguide-fed apertures from the transmitting characteristics of an isolated element
  • Estudio de circuitos pasivos de microondas mediante segmentación, utilizando un método híbrido: elementos finitos 2-D y 3-D/Mode Matching
  • Expedited Amplitude and Phase Tolerance Analysis of Reflector Antenna Systems with Vector Spherical Waves
  • Fourier synthesis of linear arrays based on the generalized scattering matrix and spherical modes
  • Full modeling of wideband volumetric antennas by elementary sources placed on the ground plane
  • Full wave analysis of finite arrays on an infinite ground plane including the mutual coupling effects
  • Full-wave analysis of the Galileo system navigation antenna by means of the generalized scattering matrix of a finite array
  • Full-wave analysis of the GALILEO System Navigation Antenna by means of the generalized scattering matrix of a finite array
  • Full-wave modeling of antennas by elementary sources based on spherical waves translation
  • Generalized-scattering-matrix analysis of a class of finite arrays of coupled antennas by using 3-D FEM and spherical mode expansion
  • Gradient-Based Aperiodic Array Synthesis of Real Arrays with Uniform Amplitude Excitation Including Mutual Coupling
  • Inclusion of the feeding network effects in the generalized-scattering- matrix formulation of a finite array
  • Integration of CBD solver in the finite array GSM code
  • Integration of UPC-UAB fast solvers into the antenna simulation software of UNEX-UPM, KUL, UPV and EPFL ace partners
  • Multiobjective optimization of real and coupled antenna array excitations via primal-dual, interior point filter method from spherical mode expansions
  • Multistep Transitions from Microstrip and GCPW Lines to SIW in 5G 26 GHz Band
  • Mutual Coupling of Antennas with Overlapping Minimum Spheres Based on the Transformation between Spherical and Plane Vector Waves
  • Mutual coupling compensation in arrays using a spherical wave expansion of the radiated field
  • Mutual coupling compensation matrices for transmitting and receiving arrays
  • Near-Optimal Shaped-Beam Synthesis of Real and Coupled Antenna Arrays via 3-D-FEM and Phase Retrieval
  • Optimization of the array element positions based on the analytical dependence of the mutual coupling in the GSM finite array formulation
  • Overall Formulation for Multilayer SIW Circuits Based on Addition Theorems and the Generalized Scattering Matrix
  • Pattern Synthesis of Coupled Antenna Arrays via Element Rotation
  • Performance Characterization of Wideband, Wide-Angle Scan Arrays of Cavity-Backed U-Slot Microstrip Patch Antennas
  • Planar ESPAR array design with nonsymmetrical pattern by means of finite-element method, domain decomposition, and spherical wave expansion
  • Relation between the array pattern approach in terms of coupling coefficients and minimum scattering antennas
  • Rigorous mutual coupling analysis of open-ended radiating structures based on SFELP (segmentation technique/finite elements/Lanczos-Pade) and spherical modes
  • Rotation of curl-conforming elements for a frequency stable application to the Surface Integral Equation
  • SFELP - An efficient methodology for microwave circuit analysis
  • SFELP: a hybrid 3D-finite elements/segmentation method with fast frequency sweep based on the SyMPVL algorithm for the analysis of passive microwaves circuits
  • Scan-Angle-Independent FEM Analysis of Infinite Arrays Based on Spherical Harmonic Lattice Sums and the Generalized Scattering Matrix of an Isolated Antenna
  • Scattering by Arbitrary Cross-Section Cylinders Based on the T-Matrix Approach and Cylindrical to Plane Waves Transformation
  • Shaped beam synthesis of sparse arrays of coupled elements through a modified Orthogonal Matching Pursuit algorithm and multiple dictionaries
  • Simultaneous Use of Addition Theorems for Cylindrical and Spherical Waves for the Fast Full-Wave Analysis of SIW-Based Antenna Arrays
  • Slotted waveguide antenna design by segmented simulation and multi-objective genetic algorithm
  • Spherical-wave-based shaped-beam field synthesis for planar arrays including the mutual coupling effects
  • Spherical-waves-based analysis of arrays of volumetric antennas with overlapping minimum spheres
  • Synthesis of coupled antenna arrays using digital phase control via integer programming
  • The computation of the input impedance of a biconical antenna by means of a method of segmentation based on 3D finite elements
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• ou:perteneceAGrupoInvestigacion
  • Grupo de Telecomunicación
• ou:adscritoACentro
  • Escuela Politécnica
• ou:adscritoADepartamento
  • TECNOLOGÍA COMPUTADORES Y DE LAS COMUNICACIONES
• ou:imparteDocenciaEnArea
  • TEORÍA DE LA SEÑAL Y COMUNICACIONES

Inverse Relations

• Has related: ou:autorTesis
  • Un Metodo De Segmentacion Para El Analisis De Circuitos De Microondas Mediante El Uso Combinado Del Metodo De Elementos Finitos En 3-D Y Analisis Modal.
• Has related: ou:directorTesis
  • Contribución Al Análisis Y Diseño De Circuitos De Microondas Y Antenas Mediante El Método De Elementos Finitos Y El Uso De Puertas No Planas.
  • Nuevas Técnicas Para El Análisis De Agrupaciones Finitas De Antenas Basadas En La Matriz De Dispersión Generalizada En Términos De Modos Esféricos

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