This paper deals with the stability analysis of BDF Slowest-first multirate time-integration methods applied to the transient analysis of circuit models. From an asymptotic analysis it appears that these methods are indeed stable if the subsystems are stable and weakly coupled
AbstractThis paper contains a comparison of the asymptotic stability properties for two multirate st...
Adequate mathematic apparatus of time varying circuit is the system of two linear differential equat...
AbstractThis paper derives sufficient conditions for the absolute stability of a certain multi-rate ...
This paper deals with the stability analysis of BDF Slowest-first multirate time-integration methods...
Transient analysis is an important circuit simulation technique. The circuit model, which is a syste...
Key words circuit simulation, differential-algebraic equations, multirate, numerical time integratio...
The (nonlinear) transient analysis of electrical circuit models plays an important role in circuit d...
The "General Compound" multirate methods are attractive integration methods for the transient analys...
This paper describes a new A-and L-stable integration method for simulating the time-domain transien...
This paper describes a new A- and L-stable integration method for simulating the time-domain transie...
Multirate time-integration methods [3–5] appear to be attractive for initial value problems for DAEs...
The concepts of stability regions, A- and A(α)-stability - albeit based on scalar models - tur...
Power system transient stability studies are complex and can take a substantial amount of time to si...
International audienceThis paper presents a systematic method to analyse the stability of systems wi...
AbstractThis paper contains a comparison of the asymptotic stability properties for two multirate st...
Adequate mathematic apparatus of time varying circuit is the system of two linear differential equat...
AbstractThis paper derives sufficient conditions for the absolute stability of a certain multi-rate ...
This paper deals with the stability analysis of BDF Slowest-first multirate time-integration methods...
Transient analysis is an important circuit simulation technique. The circuit model, which is a syste...
Key words circuit simulation, differential-algebraic equations, multirate, numerical time integratio...
The (nonlinear) transient analysis of electrical circuit models plays an important role in circuit d...
The "General Compound" multirate methods are attractive integration methods for the transient analys...
This paper describes a new A-and L-stable integration method for simulating the time-domain transien...
This paper describes a new A- and L-stable integration method for simulating the time-domain transie...
Multirate time-integration methods [3–5] appear to be attractive for initial value problems for DAEs...
The concepts of stability regions, A- and A(α)-stability - albeit based on scalar models - tur...
Power system transient stability studies are complex and can take a substantial amount of time to si...
International audienceThis paper presents a systematic method to analyse the stability of systems wi...
AbstractThis paper contains a comparison of the asymptotic stability properties for two multirate st...
Adequate mathematic apparatus of time varying circuit is the system of two linear differential equat...
AbstractThis paper derives sufficient conditions for the absolute stability of a certain multi-rate ...
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