首页> 外文会议>CICA 2011;International conference on computer, informatics, cybernetics and applications >Spectra of Discrete Multi-Splitting Waveform Relaxation Methods to Determining Periodic Solutions of Linear Differential-Algebraic Equations
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Spectra of Discrete Multi-Splitting Waveform Relaxation Methods to Determining Periodic Solutions of Linear Differential-Algebraic Equations

机译:确定线性微分-代数方程周期解的离散多重分裂波形弛豫方法的频谱

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This chapter proposed spectra of discrete multi-splitting waveform relaxation (DMSWR) method to determine the periodic solutions of linear differential-algebraic equations. Based on the spectral radius of the derived operator by decoupled process, we obtained some convergent conditions for DMSWR method. The DMSWR method is an acceleration technique of the periodic waveform relaxation. A numerical example in circuit simulation is provided to further confirm the theoretical analysis and also to show that the multi-splitting technique can effectively accelerate the convergent performance of the iterative process.
机译:本章提出了离散多重分裂波形弛豫(DMSWR)方法的频谱,以确定线性微分-代数方程的周期解。基于解耦过程得到的算子的谱半径,我们为DMSWR方法获得了一些收敛条件。 DMSWR方法是一种周期性波形弛豫的加速技术。在电路仿真中提供了一个数值示例,以进一步证实理论分析,并表明多分裂技术可以有效地加速迭代过程的收敛性能。

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