Literals
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- LANDESA PORRAS
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- LUIS
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- LUIS LANDESA PORRAS
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- ANÁLISIS DE REDES
- DISEÑO Y PLANIFICACIÓN DE SISTEMAS RADIO
- PLANIFICACIÓN Y DISEÑO DE REDES Y SERVICIOS
- RADIACIÓN Y ONDAS GUIADAS
- SÍNTESIS DE REDES
- DISEÑO Y PLANIFICACIÓN DE SISTEMAS RADIO
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- INGENIERÍA DE SERVICIOS TIC
- PLANIFICACIÓN Y DISEÑO DE REDES Y SERVICIOS
- PLANIFICACIÓN Y DISEÑO DE REDES Y SERVICIOS
- RADIACIÓN Y ONDAS GUIADAS
- RADIACIÓN Y ONDAS GUIADAS
- SEÑALES Y SISTEMAS
- SEÑALES Y SISTEMAS
- SEÑALES Y SISTEMAS
- SEÑALES Y SISTEMAS
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- SÍNTESIS DE REDES
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- A Discontinuous Galerkin Combined Field Integral Equation Formulation for Electromagnetic Modeling of Piecewise Homogeneous Objects of Arbitrary Shape
- A dependent complex degrading system with non-periodic inspection times
- A method-of-moments-based algorithm to synthesize a conformal onboard array antenna
- A regularized solution for the generalized multipole technique
- Acceleration of Finite Periodic Structures Analysis through Matrix Compression Techniques
- Acceleration of finite periodic structures analysis through full-domain basis for matrix compression
- Algoritmo constructivo de wavelets para la síntesis de antenas de apertura
- An efficient solution of the Generalized Multipole Technique (GMT) for large two-dimension scattering problems
- An iterative algorithm to extend the applicability of the hybrid GMT-MoM method to composite scattering problems
- Analysis of 0.5 billion unknowns using a parallel FMM-FFT solver
- Analyzing scattering from targets placed on ocean-like rough surfaces combining FMM with the GFB method
- Application of the fast multipole method to the generalized forward-backward iterative algorithm
- Automatic Wire-Grid Generation for Electromagnetic Analysis of Arbitrary-Shaped Conducting Bodies by NEC
- Bias of the maximum likelihood doa estimation from inaccurate knowledge of the antenna array response
- Boundary element method for the electromagnetic analysis of metamaterials
- Boundary element methods for the scattering retrieval of metamaterials
- Comparative of surface integral equation formulations when applied to plasmonic problems
- Comparative study of the integral equation formulations when analyzing left-handed materials
- Comparison of surface integral equation formulations for electromagnetic analysis of plasmonic nanoscatterers
- Compression of the fast multipole method using the singular value decomposition
- Computational electromagnetic solutions for large-scale conductors, left-handed metamaterials and plasmonic nanostructures
- Condition-based maintenance for a system subject to multiple degradation processes with stochastic arrival intensity
- Coupling of plasmonic gap waveguides with directive antennas
- DG-JMCFIE formulation for the simulation of composite objects
- Deepening true polarization diversity for MIMO system
- Design of a microwave array hyperthermia applicator with a semicircular reflector
- Design of broadband nano-optical antennas with the surface method of moments
- Design of on-board array antennas by pattern optimization
- Design of optical nanoantennas with the surface integral equation method of moments
- Directive beam expansions for the generalized multipole technique
- Directive nanoantennas for optical wireless links
- Directivity optimisation of an array antenna with obstacles within its near field region
- Discontinuous Galerkin integral equation method for light scattering from complex nanoparticle assemblies
- Discontinuous Galerkin Integral Equation Approach for Electromagnetic Modeling of Realistic and Complex Radiating Systems
- Discontinuous Galerkin Formulation for Modelling Multiple Material and Multiple Conductor Junctions
- Distributed Hybrid MPI/OpenMP IE-DDM for Electromagnetic Modeling of Large Platforms
- Distributed macrobasis decomposition for the electromagnetic solution of large periodic structures
- Efficient asymptotic-phase modeling of the induced currents in the fast multipole method
- Efficient solution based on the forward-backward method to analyze the scattering from electrically large targets placed on oceanic rough surfaces
- Electromagnetic analysis of metamaterials and plasmonic nanostructures with the method of moments
- Electromagnetic analysis of finite arrays with aperiodical element-wise materials
- Erratum: Tear-and-Interconnect Domain Decomposition Scheme for Solving Multiscale Composite Penetrable Objects' (IEEE Access (2020) 8 (107345-107352) DOI: 10.1109/ACCESS.2020.3000650)
- Estimación de direcciones de llegada en agrupaciones de antenas embarcadas
- Estimating correlation functions for dipoles in correlated Rician-fading scenarios
- Evaluation of true polarization diversity in Rician-fading environments
- Extended near field preconditioner for the analysis of large problems using the nested-FMM-FFT algorithm
- Far-field decoupled basis for the method of moments-2d case – abstract
- Fast and accurate electromagnetic solutions of finite periodic optical structures
- Fast maxwell's simulation of new real-world problems at the nanoscale
- Fast solution of electromagnetic scattering problems using Xeon Phi coprocessors
- Fast surface integral equation formulations for large-scale conductors, metamaterials, and plasmonic problems
- Fast surface integral equation methods for electromagnetic solution of large-scale conductors, metamaterials and optical nano-antennas
- Fast surface integral equation methods for the optimization of nanoantennas
- Fast two-dimensional reconstruction of impenetrable objects using multipolar equivalent sources
- Further on the true polarization diversity for MIMO systems and channel capacity enhancement
- Geometrically based preconditioner for the fast multipole method using rooftop basis functions and galerkin testing procedure
- Geometrically based preconditioner for the fast multipole method
- Geometry based preconditioner for radiation problems involving wire and surface basis functions
- High scalability FMM-FFT electromagnetic solver for supercomputer systems
- High scalability codes for the fast multipole method
- High scalability multipole method for the analysis of hundreds of millions of unknowns
- High scalability multipole method. Solving half billion of unknowns
- High-frequency approximation for cone-tip backscattering at arbitrary aspects from bodies of revolution
- Impact of the evaluation precision of the reaction integrals of the method of moments on the solution of plasmonic problems near the quasi-static regime
- Improving condition number and convergence of the surface integral-equation method of moments for penetrable bodies
- Including near-field constraints for the synthesis of onboard array antennas
- Incorporation of linear-phase progression in RWG basis functions
- Integral equation formulations for the analysis of left-handed metamaterials
- Inverse scattering of impenetrable objects using the generalized multipole technique
- Large-scale plasmonic problems solved with the multilevel fast multipole algorithm
- Localized iterative generalized multipole technique for large two-dimensional scattering problems
- Looking in complex angles for improving the accuracy of antenna array DoA estimation
- MLFMA-FFT algorithm for the solution of challenging problems in electromagnetics
- MLFMA-FFT parallel algorithm for the solution of extremely large problems in electromagnetics
- MLFMA-FFT parallel algorithm for the solution of large-scale problems in electromagnetics (invited paper)
- MLFMA-MoM for solving the scattering of densely packed plasmonic nanoparticle assemblies
- MLFMA-slotFFT for the electromagnetic solution of densely packed finite periodic structures
- Maintenance cost assessment for heterogeneous multi-component systems incorporating perfect inspections and waiting time to maintenance
- Maximizing directivity of array antennas mounted over complex environments with near-field null constraints
- Mejora de las características de exploración de reflectores parabólicos alimentados mediante arrays conformados
- Method of Moments formulation for the analysis and design of plasmonic nano-optical antennas of arbitrary shape
- Method-of-moments formulation for the analysis of plasmonic nano-optical antennas
- Modeling the energy harvested by an RF energy harvesting system using gamma processes
- Multilayer homogeneous dielectric filler for electromagnetic invisibility
- Near field preconditioner for the fast multipole Method
- New trends in acceleration and parallelization techniques
- Novel surface integral equation formulation for penetrable bodies
- On the Domain Decomposition Method Preconditioning of Surface Integral Equation Formulations Solved by GMRES
- On the design of nanoantennas with surface integral equations
- On the use of the singular value decomposition in the fast multipole method
- Optimization of an optical wireless nanolink using directive nanoantennas
- Optimization of invisibility cloaks by surface integral equation method
- Parallel FMM-FFT solver for the analysis of hundreds of millions of unknowns
- Pattern synthesis of array antennas with additional isolation of near field arbitrary objects
- Pattern synthesis of array antennas in presence of conducting bodies of arbitrary shape
- Pattern synthesis of array antennas in presence of dielectric bodies
- Pattern synthesis of array antennas with arbitrary elements by simulated annealing and adaptive array theory
- Power decomposition method for compression of the electric-field integral equation
- Practical improvement of array antennas in the presence of environmental objects using genetic algorithms
- Preconditioning the surface integral equation formulations for the fast solution of penetrable bodies composed of arbitrary materials
- Reflector conformado doble para exploración alimentado con un array
- SlotFFT techniques for fast computation of large and periodic electromagnetics problems
- Solution of very large integral-equation problems with single-level FMM
- Solving realistic multiscale and composite problems using an integral equation domain decomposition approach
- Squeezing Maxwell’s equations into the nanoscale
- Stable solution of the GMT-MoM method by Tikhonov regularization
- Steady improvement of conditioning and convergence of surface integral equations for arbitrary penetrable bodies
- Successes and frustrations in the solution of large electromagnetic problems in supercomputers
- Supercomputer aware approach for the solution of challenging electromagnetic problems
- Supercomputer solutions of extremely large problems in electromagnetics: From ten million to one billion unknowns
- Supercomputing challenges in electromagnetics
- Surface Integral Equation methods in nanophotonics
- Surface integral equation formulation for the analysis of left-handed metamaterials
- Surface integral equation solvers for large-scale conductors, metamaterials and plasmonic nanostructures
- Surface integral equation-domain decomposition scheme for solving multi-scale radiation and scattering problems
- Synthesis of an array antenna for hyperthermia applications
- Synthesis of array antennas onboard complex platforms considering coupling effects by means of a hybrid MM-PO technique
- Synthesis of linear aperture antennas using wavelets as basis functions
- Synthesis of onboard array antennas including interaction with the mounting platform and mutual coupling effects
- Síntesis de arrays de antenas en presencia de dispersores
- Síntesis de diagramas de radiación en arrays lineales con elementos radiantes arbitrarios
- Tear and interconnect DDM with efficient multibranch-multiresolution preconditioner for the simulation of highly complex realistic problems
- Tear-and-Interconnect Domain Decomposition Scheme for Solving Multiscale Composite Penetrable Objects
- The Cramer-Rao bound for the estimation of angles of arrival in on-board array antennas
- The generalized forward-backward metod for analyzing the scattering from targets on ocean-like rough surfaces
- The generalized forward-backward method for analyzing the scattering from targets on ocean-like rough surfaces
- The synthesis of complex-angle zeros for on-board antenna arrays
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- Cálculo Electromagnético Rápido De Estructuras Periódicas De Gran Tamaño
- Modelización Y Análisis De Políticas De Mantenimiento En Sistemas Sometidos A Múltiples Procesos De Degradación
- Métodos Paralelos Altamente Escalables Para Modelado Electromagnético De Problemas A Gran Escala
- Transformaciones Basadas En La Radiación Electromagnética Con Aplicaciones En Aceleración Y Compresión
- Uso De Arquitecturas Mic Para La Aceleración De Soluciones Numéricas En Electromagnetismo
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