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首页> 外文期刊>Computer-Aided Design of Integrated Circuits and Systems, IEEE Transactions on >SparseRC: Sparsity Preserving Model Reduction for RC Circuits With Many Terminals
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SparseRC: Sparsity Preserving Model Reduction for RC Circuits With Many Terminals

机译:SparseRC:具有多个端子的RC电路的稀疏保留模型简化

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摘要

A novel model order reduction (MOR) method, SparseRC, for multiterminal RC circuits is proposed. Specifically tailored to systems with many terminals, SparseRC employs graph-partitioning and fill-in reducing orderings to improve sparsity during model reduction, while maintaining accuracy via moment matching. The reduced models are easily converted to their circuit representation. These contain much fewer nodes and circuit elements than otherwise obtained with conventional MOR techniques, allowing faster simulations at little accuracy loss.
机译:提出了一种新颖的模型降阶(MOR)方法,SparseRC,用于多端RC电路。 SparseRC专为具有多个终端的系统量身定制,它采用图形分区和填充减少顺序来减少模型缩减期间的稀疏度,同时通过力矩匹配保持准确性。简化的模型可以轻松转换为它们的电路表示形式。与传统的MOR技术相比,它们包含的节点和电路元件要少得多,从而可以在不降低精度的情况下进行更快的仿真。

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