What people are saying - Write a review
We haven't found any reviews in the usual places.
A geometrical approach to network theory
Some applications of graph theory to networks
On the use of multivariable functions in representing lumped variable
15 other sections not shown
algebraic algorithm amplifier amplitude analysis application approach approximation assume bandpass biquad bound building blocks capacitances capacitor Circuit Theory codes coefficients complex component consider constant convolutional codes corresponding defined denote described differential digital filter eigenvalues electrical networks elements equal equations equivalent error estimate example expression finite formulation Fourier frequency fuzzy set given graph IEEE IEEE Trans impedance inductor input integration Liapunov function linear matrix method minimize modulation nodes noise nonlinear obtained operational amplifier operator optimal orthogonal output parameters phase planar polynomial problem Proc procedure properties quantization reactance realization reciprocal representation resistors response roundoff samples sensitivity sequence SF-networks shown in Figure signal Signal Theory solution sparse matrix stability structure subnetworks synthesis techniques terminals theorem transfer function transform transmission values variables vector voltage Walsh functions waveguide zero