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PETTANICE, GIUSEPPE

PETTANICE, GIUSEPPE  

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Titolo Data di pubblicazione Autore(i) File
Advanced Modeling of Large-Scale Electromagnetic Systems with Application to Reconfigurable Intelligent Surfaces 26-mar-2025 Pettanice, Giuseppe
A Software Tool for Robust and Reliable Electromagnetic Models: The case of Reconfigurable Intelligent Surfaces 1-gen-2025 Pettanice, G.; Vittoria, E.; Frittella, G.; Romano, D.; Valentini, R.; Di Marco, P.; D'Emidio, M.; Cicerone, S.; Santucci, F.; Di Renzo, M.; Antonini, G.
Semi-Recursive Convolution Schemes for Macromodeling of Time-Invariant Linear Circuits 1-gen-2025 Pettanice, Giuseppe; Valentini, Roberto; Di Marco, Piergiuseppe; Santucci, Fortunato; Antonini, Giulio
Time and Frequency Macromodeling Techniques for Electromagnetic Systems with Propagation Delays 1-gen-2025 Pettanice, G.; Spina, D.; Antonini, G.
Partial element equivalent circuit modeling of distributed and lumped time-varying dielectric phenomena 1-gen-2025 Romano, Daniele; Pettanice, Giuseppe; Stumpf, Martin; Lager, Ioan E.; Ekman, Jonas; Franek, Ondrej; Valentini, Roberto; Marco, Piergiuseppe Di; Santucci, Fortunato; Antonini, Giulio
Fast Convolution Schemes for Piecewise Approximation of Large-Scale Electromagnetic Systems in Emerging Applications 1-gen-2024 Pettanice, G.; Valentini, R.; Di Marco, P.; Antonini, G.; Santucci, F.
Design and Optimization of Reconfigurable Intelligent Surfaces Using the PEEC Method 1-gen-2024 Pettanice, G.; Di Renzo, M.; Valentini, R.; Jeong, S.; Di Marco, P.; Santucci, F.; Romano, D.; Antonini, G.
Multiport Network Modeling for Reconfigurable Intelligent Surfaces: Numerical Validation with a Full-Wave PEEC Simulator 1-gen-2024 Pettanice, G.; Di Renzo, M.; Jeong, S.; Valentini, R.; Di Marco, P.; Santucci, F.; Romano, D.; Antonini, G.
Improved PEEC Modeling of Antennas Through Time-Dependent Partial Elements 1-gen-2024 Loreto, F.; Pettanice, G.; Stumpf, M.; Ruehli, A.; Ekman, J.; Antonini, G.
A Time-Domain Model of Reconfigurable Intelligent Surfaces Through the Fast Inversion of the Laplace Transform 1-gen-2023 Loreto, F.; Pettanice, G.; Valentini, R.; Marco, P. D.; Romano, D.; Stumpf, M.; Santucci, F.; Antonini, G.
Partial-inductance retarded partial coefficients: Their exact computation based on the Cagniard–DeHoop technique 1-gen-2023 Stumpf, M.; Loreto, F.; Pettanice, G.; Antonini, G.
A Comparative Analysis of Numerical Inverse Laplace Transform Methods for Electromagnetic Transient Analysis 1-gen-2023 Loreto, Fabrizio; Romano, Daniele; Pettanice, Giuseppe; Antonini, Giulio
Mutual Coupling Aware Time-Domain Characterization and Performance Analysis of Reconfigurable Intelligent Surfaces 1-gen-2023 Pettanice, G.; Valentini, R.; Di Marco, P.; Loreto, F.; Romano, D.; Santucci, F.; Spina, D.; Antonini, G.
Time Domain Analysis of PEEC Models Through the FFT Acceleration Technique 1-gen-2023 Pettanice, G.; Loreto, F.; Valentini, R.; Di Marco, P.; Antonini, G.
Modified Numerical Inversion of Laplace Transform Methods for the Time-Domain Analysis of Retarded Partial Elements Equivalent Circuit Models 1-gen-2022 Loreto, Fabrizio; Pettanice, Giuseppe; Antonini, Giulio; Gad, Emad; Nakhla, Michel S.; Tao, Ye; Ruehli, ALBERT EMIL
Time-domain Characterization of Reconfigurable Intelligent Surfaces for Wireless Communications 1-gen-2022 Pettanice, G; Loreto, F; Di Marco, P; Romano, D; Santucci, F; Alesii, R; Antonini, G
Cagniard–DeHoop technique-based computation of retarded zero-thickness partial elements 1-gen-2022 Stumpf, M.; Loreto, F.; Pettanice, G.; Antonini, G.
Boosting NOMA systems through smart metasurfaces 1-gen-2022 Di Marco, Piergiuseppe; Valentini , Roberto; Santucci , Fortunato; Pettanice, Giuseppe; Antonini, Giulio
Computation of Time Domain Scattering Parameters Through the Numerical Inversion of the Laplace Transform 1-gen-2022 Loreto, F; Pettanice, G; Romano, D; Stumpf, M; Lager, Ie; Antonini, G