# Created by Octave 3.2.4, Tue Nov 23 12:52:06 2010 EST <mockbuild@jetta.math.Princeton.EDU.private>
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idplot
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 -- Function File:  idplot (Z, IDX, DT, OUTPUTS, SHAPE)
     Plot inputs and ouputs defined by the system Z. Other inputs are
     optional.

   See also: idsim


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Plot inputs and ouputs defined by the system Z.

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idsim
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 -- Function File:  idsim ([U E], TH)
     Simulate the effects of the MISO system defined by TH.  E is the
     noise in the input.  It is scaled by sqrt(v), where V is the noise
     variance given when you created the model, so for proper effect, E
     should have mean 0 and variance 1.

     If E is not given, then a noise free simulation is run.


   See also: poly2th, idplot


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Simulate the effects of the MISO system defined by TH.

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mktheta
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 -- Function File:  mktheta (A, B)
     Create a theta structure from the IIR system `Ay = Bx'.  See
     poly2th for details on the theta structure.


   See also: poly2th, idsim


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# type: string
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Create a theta structure from the IIR system `Ay = Bx'.

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poly2th
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 -- Function File:  poly2th (A, B, C, D, F, V, T)
     Represent the generalized Multi-Input, Single-Output (MISO) system
     defined as follows:

     A_j(q)y(t) = \sum_i=1^bn \left( \fracB_i(q)F_i(q) u_i(t) \right) +
     \fracC(q)D(q)e_j(t) where e is white noise u is the input signal y
     is the output signal

     V is the variance on the noise (default is 1) T is the sampling
     interval (default is 1)


   See also: mktheta, idsim


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Represent the generalized Multi-Input, Single-Output (MISO) system
defined as fo

