Recursive convolution algorithms for time-domain simulation of electronic circuits /
Janke, Włodzimierz Politechnika Koszalińska - Wydział Elektroniki, Katedra Elementów i Miernictwa Elektronicznego 1996 - .
Recursive convolution algorithms for time-domain simulation of electronic circuits / G. Blakiewicz, W. Janke. - 2001.
sprawozdanie jednostki (Informator o publikowanych wynikach prac naukowo-badawczych w 2002 roku Wydziału Elektroniki).
A family of semi-analitycal recursive of convolution calculations as a convenient tool for electronic circuit simulation is described. The formulas defining these algorithms are presented and their numerical performance - accuracy, numerical complexity and stability are analyzed. The main purpose of this paper is to compare the recursive convolution algorithms with the known algorithms of differential equation integration in application to time-domain circuit simulation. In addition, simple examples of simulation are presented. The main advantage of the proposed approach results from the excellent stability performance of recursive convolution algorithns.
Recursive convolution algorithms for time-domain simulation of electronic circuits / G. Blakiewicz, W. Janke. - 2001.
sprawozdanie jednostki (Informator o publikowanych wynikach prac naukowo-badawczych w 2002 roku Wydziału Elektroniki).
A family of semi-analitycal recursive of convolution calculations as a convenient tool for electronic circuit simulation is described. The formulas defining these algorithms are presented and their numerical performance - accuracy, numerical complexity and stability are analyzed. The main purpose of this paper is to compare the recursive convolution algorithms with the known algorithms of differential equation integration in application to time-domain circuit simulation. In addition, simple examples of simulation are presented. The main advantage of the proposed approach results from the excellent stability performance of recursive convolution algorithns.