IEEE Transactions on Circuit Theory · 1965 · 54 citations · 8 references
EngineeringMathematicsCircuit TheoryComputer NetworksTopologyGraph TheoryNetwork AnalysisNetwork ModelingNetwork StructureNetwork TheoryNetwork TopologyActive Network AnalysisAdmittance MatrixImpedance MatrixLoop Impedance MatrixNetwork Admittance MatrixNetwork Topology AnalysisPassive Network AnalysisTopological Analysis
It is shown that a general network determinant and its cofactors can be evaluated by means of "directed trees" and "directed two-trees". There is no sign problem. The products of such directed trees and directed two-trees will automatically give the correct signs. Furthermore, this new method can be applied to either the node-admittance matrix or the loop-impedance matrix. In case the given network is passive and contains no magnetic coupling, the digraph associated with the node-admittance matrix reduces to the original network; the directed trees and directed two-trees reduce to ordinary trees and two-trees, respectively
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Linear graphs and electrical networks
Journal of the Franklin Institute · 1961 · 758 citations
Feedback Theory-Further Properties of Signal Flow Graphs
Samuel J. Mason · Proceedings of the IRE · 1956 · 707 citations · Full text