The
model of the Support vector regression machine (SVRM) is based on the elements,
which is also presented for the band pass filter. The data is separated into
the testing test as well as the training, which is significant for the data
mining evaluation. Now the mathematical expression of the Support regression
vector machine is express in the below discussion.
The
training dataset that
is the size of the training data. The continuous mapping function f (is attempted by the SVRM form
an independent p-dimensional in the input variable vector ( that is output of the dependent
by the variable of y , in the linearly combinations of the non-linear transformations
results of the input samples.
To obtain the accurate as well as fast design of
the given model, the SVRM model for the basic element is employed. A box of the
model for every element is created, including the geometrical dimension of the
elements of the input parameters as well as the S parameters of the output
elements. The output parameters of the model element are same that is the magnitude and phase of the parameters.
The SVRM model has the output for the parallel operation is run to compose an
elements model. Then every element contains the four machines that have the
same input due to the four parameters. The Radial Kernel function is exploited
on the behalf of SVRM regression that is explained by,
Now the above plot is between the frequency and
the magnitude and
the angle, it plotted in the MATALB
Y is a variance for the Kernel function as well
as selected in the training phase? The dataset of training for the base
elements is obtained through the CST. (Ilarslan & et.al, 2014)The standard non-linear
kernel function for the SVRM is the input vectors for the projected into the high
dimensional features space, through the sets of basis function. The kernel
function is utilizing the inner products among the projections for the input
vectors in the feature space.
The
data that is given in the excel file , the SVRM could find the internal
connecting links for the input as well as output by the training as well as
learning to get the solution of the problem. (Zhang & et.al, 2008)