All the vibration weights of nodes are equal; that is, W is the
unit matrix. Figure 9 shows the vibration control effect in the range of 1 to 500 rad/s.
In addition, we extend the analysis to compute the inductance per
unit matrix using equation (16):
[I.sub.n] is an n x n
unit matrix, [E.sub.n] is a unit Hankel matrix
Throughout this paper, we regard the
unit matrix [E.sub.n] as the base point of SU(n).
where the superscript number shows the cycle, the subscript number shows the node and [[1.sup.D]] is the
unit matrix but only for displacements.
[1], the choice of the
unit matrix (of desired order during the solution of the system of linear equations AX = B (by elementary row operations may save the number of iterations considerably.
For a lossless passive network, the complex S-parameter matrix |Mathematical Expression Omitted~ must satisfy the equation |Mathematical Expression Omitted~, where |Mathematical Expression Omitted~ is the
unit matrix of the same order as |Mathematical Expression Omitted~, and |Mathematical Expression Omitted~ is the Hermitian conjugate (conjugate transpose) of |Mathematical Expression Omitted~.
where I denotes the
unit matrix, |(|center dot~).sup.-1~ the inverse matrix, and other variables are as defined above.
where E [member of] [R.sup.nxn] is the
unit matrix, multicell system (1) is quasisynchronized.
In (4), V = [??] denotes the velocity vector, I [member of] [R.sup.NxN] is the
unit matrix, and 0 [member of] [R.sup.NxN] is a zero matrix.