Ghent University Academic Bibliography

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Frequency domain behavior of S‐parameters piecewise‐linear fitting in a digital‐wave framework

Piero Belforte, Domenico Spina (UGent) , Maria Denise Astorino, Giulio Antonini and Maurizio Ferrari

(2022) INTERNATIONAL JOURNAL OF NUMERICAL MODELLING-ELECTRONIC NETWORKS DEVICES AND FIELDS. 35(1).
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Automated framework for time-domain piecewise-linear fitting method based on digital wave processing of $S$-parameters

Piero Belforte, Domenico Spina (UGent) , Luigi Lombardi, Giulio Antonini and Tom Dhaene (UGent)

(2020) IEEE TRANSACTIONS ON CIRCUITS AND SYSTEMS I-REGULAR PAPERS. 67(1). p.235-248
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Effective time-domain approach for the assessment of the stability characteristics and other non-linear effects of RF and microwave circuits

Leonardo Pantoli, Domenico Spina (UGent) , Daniele Romano, Giulio Antonini, Giorgio Leuzzi and Tom Dhaene (UGent)

(2019) IET MICROWAVES ANTENNAS & PROPAGATION. 13(14). p.2470-2479
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Time-domain analysis of RF and microwave autonomous circuits by vector fitting-based approach

Leonardo Pantoli, Domenico Spina (UGent) , Daniele Romano, Giulio Antonini, Giorgio Leuzzi and Tom Dhaene (UGent)

(2019) 2019 14TH EUROPEAN MICROWAVE INTEGRATED CIRCUITS CONFERENCE (EUMIC 2019). In European Microwave Integrated Circuits Conference - Proceedings p.76-79
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Polynomial chaos-based macromodeling of general linear multiport systems for time-domain analysis

Domenico Spina (UGent) , Tom Dhaene (UGent) , Luc Knockaert (UGent) and Giulio Antonini

(2017) IEEE TRANSACTIONS ON MICROWAVE THEORY AND TECHNIQUES. 65(5). p.1422-1433
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Macromodeling of general linear systems under stochastic variations

Yinghao Ye, Domenico Spina (UGent) , Tom Dhaene (UGent) , Luc Knockaert (UGent) and Giulio Antonini

(2016) 2016 IEEE ELECTRICAL DESIGN OF ADVANCED PACKAGING AND SYSTEMS (EDAPS) SYMPOSIUM. In IEEE Conference on Electrical Performance of Electronic Packaging and Systems-EPEPS p.61-63
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Polynomial chaos-based macromodeling of multiport systems using an input-output approach

Domenico Spina (UGent) , Francesco Ferranti (UGent) , Tom Dhaene (UGent) , Luc Knockaert (UGent) and Giulio Antonini

(2015) INTERNATIONAL JOURNAL OF NUMERICAL MODELLING-ELECTRONIC NETWORKS DEVICES AND FIELDS. 28(5). p.562-581
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Efficient variability analysis of electromagnetic systems via polynomial chaos and model order reduction

Domenico Spina (UGent) , Francesco Ferranti (UGent) , Giulio Antonini, Tom Dhaene (UGent) and Luc Knockaert (UGent)

(2014) IEEE TRANSACTIONS ON COMPONENTS PACKAGING AND MANUFACTURING TECHNOLOGY. 4(6). p.1038-1051
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Parametric macromodeling for S-parameter data based on internal nonexpansivity

Francesco Ferranti (UGent) , Luc Knockaert (UGent) , Tom Dhaene (UGent) and Giulio Antonini

(2013) INTERNATIONAL JOURNAL OF NUMERICAL MODELLING-ELECTRONIC NETWORKS DEVICES AND FIELDS. 26(1). p.15-27
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Parametric macromodeling based on amplitude and frequency scaled systems with guaranteed passivity

Francesco Ferranti (UGent) , Luc Knockaert (UGent) , Tom Dhaene (UGent) and Giulio Antonini

(2012) INTERNATIONAL JOURNAL OF NUMERICAL MODELLING-ELECTRONIC NETWORKS DEVICES AND FIELDS. 25(2). p.139-151

Academic Bibliography

Frequency domain behavior of S‐parameters piecewise‐linear fitting in a digital‐wave framework

Automated framework for time-domain piecewise-linear fitting method based on digital wave processing of $S$-parameters

Effective time-domain approach for the assessment of the stability characteristics and other non-linear effects of RF and microwave circuits

Time-domain analysis of RF and microwave autonomous circuits by vector fitting-based approach

Polynomial chaos-based macromodeling of general linear multiport systems for time-domain analysis

Macromodeling of general linear systems under stochastic variations

Polynomial chaos-based macromodeling of multiport systems using an input-output approach

Efficient variability analysis of electromagnetic systems via polynomial chaos and model order reduction

Parametric macromodeling for S-parameter data based on internal nonexpansivity

Parametric macromodeling based on amplitude and frequency scaled systems with guaranteed passivity

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