accelerate

line.search

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optimize.2d.app

inv2

bodyEM

bodyParaEM

bodyDECME

bodyQuasiNewton

bodySquarem1

bodySquarem2

bodyCyclem1

bodyCyclem2

combine

turboEM functions not to be called by users.

internal

Algorithms for accelerating the convergence of slow,
monotone sequences from smooth, contraction mapping such as the
EM and MM algorithms. It can be used to accelerate any smooth,
linearly convergent acceleration scheme.  A tutorial style
introduction to this package is available in a vignette on the
CRAN download page or, when the package is loaded in an R
session, with vignette("turboEM").

Ravi Varadhan

turboEM

A Suite of Convergence Acceleration Schemes for EM, MM and Other
Fixed-Point Algorithms

Hui Zhao

internal function

<dl>	<dt>par</dt>
<dd>See <code>turboem</code>.</dd>	<dt>fixptfn</dt>
<dd>See <code>turboem</code>.</dd>
 
	<dt>objfn</dt>
<dd>See <code>turboem</code>.</dd>
 
	<dt>method</dt>
<dd>See <code>turboem</code>.</dd>
 
	<dt>boundary</dt>
<dd>See <code>turboem</code>.</dd>
 
	<dt>pconstr</dt>
<dd>See <code>turboem</code>.</dd>
 
	<dt>control</dt>
<dd>See <code>turboem</code>.</dd>	<dt>...</dt>
<dd>See <code>turboem</code>.</dd></dl>

Arguments

Internal functions for turboEM — internal

<dl>

	<dt>par</dt>
<dd>See <code>turboem</code>.</dd>

	<dt>fixptfn</dt>
<dd>See <code>turboem</code>.</dd>
 
	<dt>objfn</dt>
<dd>See <code>turboem</code>.</dd>
 
	<dt>method</dt>
<dd>See <code>turboem</code>.</dd>
 
	<dt>boundary</dt>
<dd>See <code>turboem</code>.</dd>
 
	<dt>pconstr</dt>
<dd>See <code>turboem</code>.</dd>
 
	<dt>control</dt>
<dd>See <code>turboem</code>.</dd>

	<dt>...</dt>
<dd>See <code>turboem</code>.</dd>

</dl>

Internal functions for turboEM

internal: Internal functions for turboEM

Description

Usage

Arguments