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Publication
Radio frequency and microwave numerical simulation techniques based on multivariate formulations
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Abstract(s)
Simulating modern wireless communication systems is today a hot topic. Serious difficul ties arise when these systems are highly nonlinear heterogeneous circuits, combining radio frequency (RF) and baseband analog circuitry and digital components, operating in widely distinct time scales. This paper briefly reviews some recently proposed innovative tech niques based on multivariate (multidimensional) formulations, which were especially con ceived to efficiently simulate modern wireless systems, as a whole, at the circuit level. In order to evidence the achievements brought by the multivariate strategies into the field of RF and microwave circuit simulation, as well as their most relevant limitations, sev eral powerful numerical techniques, operating in time, frequency, or hybrid (combination) domains, will be addressed.
Description
Keywords
Partial differential equations Numerical simulation Radio frequency circuits
Pedagogical Context
Citation
Jorge F. Oliveira, Radio frequency and microwave numerical simulation techniques based on multivariate formulations, Applied Mathematics and Computation, Volume 294, 2017, Pages 238-252, ISSN 0096-3003, https://doi.org/10.1016/j.amc.2016.09.015
Publisher
Elsevier BV
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CC License
Without CC licence