All Stories

  1. A nonlinear Kernel-based adaptive learning-by-examples method for robust NDT/NDE of conductive tubes
  2. Performance enhancement of linear active electronically scanned arrays by means of MbD-synthesized metalenses
  3. Planar Thinned Array Design by Hybrid Analytical-Stochastic Optimization
  4. Long-distance WPT unconventional arrays synthesis
  5. Three-dimensional electromagnetic imaging of dielectric targets by means of the multiscaling inexact-Newton method
  6. Color Compressive Sensing Imaging of Arbitrary-Shaped Scatterers
  7. Synthesis of clustered linear arrays through a total variation compressive sensing approach
  8. Multi-resolution compressive sensing inversion of scattering data
  9. Advanced learning-based approaches for reflectarrays design
  10. SAR array synthesis for next generation earth observation systems
  11. Unconventional techniques for the synthesis of modern antenna arrays
  12. Design of compact printed antennas for 5G base stations
  13. Exploiting non-radiating currents in reflectarray antenna design
  14. Multiscale System-by-Design Synthesis of Printed WAIMs for Waveguide Array Enhancement
  15. A system-by-design approach for efficient multiband patch antennas design
  16. Frequency-hopping GPR prospecting of sparse scatterers through Bayesian compressive sensing
  17. Real-Time NDT-NDE Through an Innovative Adaptive Partial Least Squares SVR Inversion Approach
  18. Synthesis of Modular Contiguously Clustered Linear Arrays Through a Sparseness-Regularized Solver
  19. Alphabet CS for inverse scattering
  20. System-by-design for multiscale synthesis problems — methodologies and applications
  21. Enhancement of linear arrays through MbD metamaterial coatings
  22. Conformai transformation of linear arrays through QCTO-based design tools
  23. System-by-design methodology for multiscale and multiphysics synthesis problems
  24. Fast design of next generation reflectarrays through advanced LBE strategies
  25. Innovative antenna architectures exploiting metamaterials for new generation radars
  26. Enabling the optimization-based design of complex EM devices through the System-by-Design approach
  27. DS-based thinned planar arrays with arbitrary non-square lattice
  28. Compressive Sensing as applied to Electromagnetics - challenges, solutions, and future trends
  29. Unconventional Phased Array Architectures and Design Methodologies—A Review
  30. EPJ Applied Metamaterials Special Issue on “Metamaterial-by-Design: Theory, Methods, and Applications to Communications and Sensing”
  31. Surrogate-Assisted Optimization of Metamaterial Devices for Advanced Antenna Systems
  32. Wavelet-Based Compressive Imaging of Sparse Targets
  33. Array Miniaturization Through QCTO-SI Metamaterial Radomes
  34. Synthesis of Multilayer WAIM Coatings for Planar-Phased Arrays Within the System-by-Design Framework
  35. Innovative antenna arrays for next generation radar system
  36. Compressive Sensing in Electromagnetics - A Review
  37. 3-D Crack Detection in Anisotropic Layered Media Through a Sparseness-Regularized Solver
  38. Hybrid BCS-Deterministic Approach for Sparse Concentric Ring Isophoric Arrays
  39. Efficient synthesis of complex antenna devices through System-by-Design
  40. Evolution of nature-inspired optimization for new generation antenna design
  41. Electromagnetic subsurface prospecting by a fully nonlinear multifocusing inexact Newton method
  42. Multi-scaling deterministic imaging for GPR survey
  43. Innovative CS imaging methods in transformed domains
  44. Contiguously clustered linear arrays through Bayesian compressive sensing
  45. Non-destructive evaluation through a sparse reconstruction strategy
  46. A compressive sensing approach to NDE/NDT
  47. Extended QCTO for innovative antenna system designs
  48. Multifrequency Bayesian compressive sensing methods for microwave imaging
  49. Metasurface and metamaterial by design
  50. Compressive Sensing Imaging of Non-Sparse 2D Scatterers by a Total-Variation Approach Within the Born Approximation
  51. Synthesis of linear multi-beam arrays through hierarchical almost difference set-based interleaving
  52. Array synthesis for optimal wireless power systems
  53. Design of tunable graphene-based antenna arrays for microwave applications
  54. Inverse scattering through Compressive Sensing
  55. GPR survey through a multi-resolution deterministic approach
  56. Metamaterial-enhanced arrays by innovative QCTO approaches
  57. Electromagnetic subsurface prospecting by a multifocusing inexact Newton method within the second-order Born approximation
  58. On the role of evolutionary optimization within the System-by-Design approach for EM device synthesis
  59. Dealing with EM functional optimization through new generation evolutionary-based methods
  60. Inverse scattering problem of homogeneous dielectrics using Genetic Algorithms
  61. Probabilistic direction of arrival estimation through Bayesian compressive sensing
  62. Semantic wireless localization enabling advanced services in museums
  63. System-by-design: A new paradigm for handling design complexity
  64. Crowd detection and occupancy estimation through indirect environmental measurements
  65. Compressive Sensing in electromagnetics: Theoretical foundations, recent advances, and applicative guidelines
  66. A Total Variation compressive sensing technique for imaging large scatterers
  67. Planar array diagnosis through compressive sensing: A preliminary assessment
  68. Imaging sparse scatterers through a multi-frequency CS approach
  69. Wideband multilayer WAIM design and optimization
  70. A frequency-tunable metamaterial-based antenna using a reconfigurable AMC groundplane
  71. Design of thinned arrays with controlled sidelobes by ADS-CP strategy
  72. A Material-by-Design strategy for the design and optimization of multisurface-metamaterial polarizers
  73. Design of metamaterial-coated arrays through quasi-conformal transformation optics
  74. Sparsening Conformal Arrays Through a Versatile $BCS$-Based Method
  75. Failure correction in time-modulated linear arrays
  76. Compressive Sensing Methods Applied to Inverse Imaging Problems
  77. Reconfigurable Electromagnetics through Metamaterials
  78. A Multi-Scaling Forward-Backward Time-Stepping Method for microwave imaging
  79. On the radiation properties of ADS-thinned dipole arrays
  80. Wireless Architectures for Heterogeneous Sensing in Smart Home Applications: Concepts and Real Implementation
  81. MT – BCS-Based Microwave Imaging Approach Through Minimum-Norm Current Expansion
  82. Reconfigurable sum–difference pattern by means of parasitic elements for forward-looking monopulse radar
  83. Imaging PEC through innovative compressive sensing approaches
  84. Designing radiating systems through Interval Analysis tools
  85. On the reconfigurability of time-modulated linear arrays in the presence of failures
  86. Design and synthesis of innovative metamaterial-enhanced arrays
  87. Directions-of-Arrival Estimation Through Bayesian Compressive Sensing Strategies
  88. Array Designs for Long-Distance Wireless Power Transmission: State-of-the-Art and Innovative Solutions
  89. Imaging sparse metallic cylinders through a local shape function Bayesian compressive sensing approach
  90. Bayesian Compressive Sensing Approaches for the Reconstruction of Two-Dimensional Sparse Scatterers Under TE Illuminations
  91. Sparse scatterers imaging through approximated multitask compressive sensing strategies
  92. Bayesian Compressive Sensing as Applied to Directions-of-Arrival Estimation in Planar Arrays
  93. POLARIZATION-AGILE ADS-INTERLEAVED PLANAR ARRAYS
  94. Reliable Diagnosis of Large Linear Arrays—A Bayesian Compressive Sensing Approach
  95. SVM for Electromagnetics: State-of-art, potentialities, and trends
  96. Interval Analysis as applied to inverse scattering
  97. Exploiting ADS-arrays for the synthesis of MIMO systems
  98. Synthesis of planar arrays through Bayesian Compressive Sensing
  99. Inversion of EM scattering data through a multiresolution regularization approach within the contrast source formulation
  100. Minimum-norm current formulation for MT-BCS inversion of scattering data
  101. Microwave Imaging Within the First-Order Born Approximation by Means of the Contrast-Field Bayesian Compressive Sensing
  102. Electromagnetic imaging within the contrast-source formulation by means of the multiscaling inexact Newton method
  103. Complex-Weight Sparse Linear Array Synthesis by Bayesian Compressive Sampling
  104. Latest advances and innovative solutions in antenna array synthesis for microwave wireless power transmission
  105. Pervasive remote sensing through WSNs
  106. Differential evolution as applied to electromagnetics: Advances, comparisons, and applications
  107. GA-based adaptive thinning strategy for pattern nulling in linear arrays
  108. A multi-sensor WSN backbone for museum monitoring and surveillance
  109. Pareto-based optimization of difference patterns in monopulse non-uniform subarrays
  110. BCS-based formulations for antenna arrays synthesis
  111. Model-based inversion of electromagnetic scattering data — An innovative alternate minimization approach
  112. On the exploitation of the a-priori information through the Bayesian compressive sensing for microwave imaging
  113. A Nested Multi-Scaling Inexact-Newton Iterative Approach for Microwave Imaging
  114. IMPROVING THE RELIABILITY OF FREQUENCY DOMAIN SIMULATORS IN THE PRESENCE OF HOMOGENEOUS METAMATERIALS - A PRELIMINARY NUMERICAL ASSESSMENT
  115. A TIME-DOMAIN APPROACH TO THE SYNTHESIS OF UWB ANTENNA SYSTEMS
  116. On the Robustness to Element Failures of Linear ADS-Thinned Arrays
  117. A Bayesian-Compressive-Sampling-Based Inversion for Imaging Sparse Scatterers
  118. Electromagnetic inversion with the multiscaling inexact Newton method-experimental validation
  119. Multiresolution subspace-based optimization method for inverse scattering problems
  120. Synthesis of Sub-Arrayed Time Modulated Linear Arrays Through a Multi-Stage Approach
  121. Enhancing subspace-based inversions through an efficient multi-scaling scheme
  122. Array antenna architectures for solar power satellites and wireless power transmission
  123. CSI-CFI formulations of the multiresolution Inexact Newton method — A numerical comparison
  124. Iterative multiscaling strategy incorporated into time domain inverse scattering method for cross-borehole imaging
  125. Harmonic Beamforming in Time-Modulated Linear Arrays
  126. Smart antennas design exploiting time-modulation
  127. Hybrid ADS-Based Techniques for Radio Astronomy Array Design
  128. Rectangular Thinned Arrays Based on McFarland Difference Sets
  129. Synthesis of Multi-Beam Sub-Arrayed Antennas Through an Excitation Matching Strategy
  130. Bayesian Compressive Sampling for Pattern Synthesis With Maximally Sparse Non-Uniform Linear Arrays
  131. Printed UWB Antenna Operating Over Multiple Mobile Wireless Standards
  132. IMAGING OF SEPARATE SCATTERERS BY MEANS OF A MULTISCALING MULTIREGION INEXACT-NEWTON APPROACH
  133. Analytic techniques for the design of non-regular arrays
  134. Cognitive Radios With Multiple Antennas Exploiting Spatial Opportunities
  135. On the exploitation of the iterative multi-scaling scheme for the electromagnetic non-destructive evaluation with the Inexact-Newton method
  136. Iterative multi scaling-enhanced Inexact Newton-method for microwave imaging
  137. ADS-based array design for 2-D and 3-D ultrasound imaging
  138. A mobile wireless sensor network architecture for collaborative tasks achievement by means of autonomous robot swarm
  139. An iterative multi-scaling scheme for the electromagnetic imaging of separated scatterers by the Inexact-Newton method
  140. Analytic design techniques for MPT antenna arrays
  141. ADS-Based Guidelines for Thinned Planar Arrays
  142. PLANAR MONOPOLE UWB ANTENNA WITH UNII1/UNII2 WLAN-BAND NOTCHED CHARACTERISTICS
  143. AN INNOVATIVE MULTI-SOURCE STRATEGY FOR ENHANCING THE RECONSTRUCTION CAPABILITIES OF INVERSE SCATTERING TECHNIQUES
  144. OPTIMAL SUB-ARRAYING OF COMPROMISE PLANAR ARRAYS THROUGH AN INNOVATIVE ACO-WEIGHTED PROCEDURE
  145. OFDM Recognition Based on Cyclostationary Analysis in an Open Spectrum Scenario
  146. A FULLY-ADAPTIVE SMART ANTENNA PROTOTYPE: IDEAL MODEL AND EXPERIMENTAL VALIDATION IN COMPLEX INTERFERENCE SCENARIOS
  147. Bio-inspired Cognitive Radio for Dynamic Spectrum Access
  148. ON THE IMPACT OF MUTUAL COUPLING EFFECTS ON THE PSL PERFORMANCES OF ADS THINNED ARRAYS
  149. DETERMINATION OF THE COMPLEX PERMITTIVITY VALUES OF PLANAR DIELECTRIC SUBSTRATES BY MEANS OF A MULTIFREQUENCY PSO-BASED TECHNIQUE
  150. SYNTHESIS OF MONOPULSE SUB-ARRAYED LINEAR AND PLANAR ARRAY ANTENNAS WITH OPTIMIZED SIDELOBES
  151. An assessment by a commercial software of the accuracy of electromagnetic finite element simulators in the presence of metamaterials
  152. Accuracy of Finite Difference Frequency Domain Methods in the Presence of Effective Metamaterials
  153. Information processing techniques for Cognitive Base Transceiver stations
  154. A Warning About Metamaterials for Users of Frequency-Domain Numerical Simulators
  155. A simple but numerically unmanageable frequency-domain waveguide discontinuity problem
  156. Cavities Involving Metamaterials With an Uncountable Set of Resonant Frequencies
  157. Some reasons for the bad behavior of finite element simulators in the presence of metamaterials
  158. Antenna systems with embodied cognition for next generation wireless communications
  159. Anomalous TEM Modes in Guiding Structures Filled With Double Negative and Double Positive Materials
  160. Synthesis of Double-Negative Materials by using Dielectric-Loaded Rectangular Waveguides
  161. Further comments on the performances of finite element simulators for the solution of electromagnetic problems involving metamaterials