new("rvm", ...)
.
or by calling the rvm
function.tol
:"numeric"
contains
tolerance of termination criteria used.kernelf
:"kfunction"
contains
the kernel function used kpar
:"list"
contains the
hyperparameter usedkcall
:"call"
contains the
function calltype
:"character"
contains type
of problemterms
:"ANY"
containing the
terms representation of the symbolic model used (when using a
formula interface)xmatrix
:"matrix"
contains the data
matrix used during computationymatrix
:"output"
contains the
response matrixfitted
:"output"
with the fitted
values, (predict on training set).lev
:"vector"
contains the
levels of the response (in classification)nclass
:"numeric"
contains the
number of classes (in classification)alpha
:"listI"
containing the the
resulting alpha vectorcoef
:"ANY"
containing the the
resulting model parametersnvar
:"numeric"
containing the
calculated variance (in case of regression)mlike
:"numeric"
containing the
computed maximum likelihoodRVindex
:"vector"
containing
the indexes of the resulting relevance vectors nRV
:"numeric"
containing the
number of relevance vectorscross
:"numeric"
containing the
resulting cross validation error error
:"numeric"
containing the
training errorn.action
:"ANY"
containing the
action performed on NAsignature(object = "rvm")
: returns the index
of the relevance vectors signature(object = "rvm")
: returns the resulting
alpha vectorsignature(object = "rvm")
: returns the resulting
cross validation errorsignature(object = "rvm")
: returns the training
error signature(object = "vm")
: returns the fitted values signature(object = "rvm")
: returns the function call signature(object = "rvm")
: returns the used
kernel function signature(object = "rvm")
: returns the parameters
of the kernel functionsignature(object = "rvm")
: returns the levels of
the response (in classification)signature(object = "rvm")
: returns the estimated
maximum likelihoodsignature(object = "rvm")
: returns the calculated
variance (in regression)signature(object = "rvm")
: returns the type of problemsignature(object = "rvm")
: returns the data
matrix used during computationsignature(object = "rvm")
: returns the used response rvm
,
ksvm-class
# create data
x <- seq(-20,20,0.1)
y <- sin(x)/x + rnorm(401,sd=0.05)
# train relevance vector machine
foo <- rvm(x, y)
foo
alpha(foo)
RVindex(foo)
fitted(foo)
kernelf(foo)
nvar(foo)
## show slots
slotNames(foo)
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