Man pages for mapfit
PH/MAP Parameter Estimation

AERHMMClass	ErlangHMM for MAP with fixed phases
AHerlangClass	Hyper-Erlang distribution with a fixed phase
as.gph	Convert from HErlang to GPH
as.map	Convert from ERHMM to MAP
BCpAug89	Packet Trace Data
cf1	Create CF1
CF1Class	Canonical phase-type distribution
cf1.param	Create CF1 with data information
cf1.param.linear	Determine CF1 parameters
cf1.param.power	Determine CF1 parameters
ctmc.st	Markov stationary
data.frame.map.group	Create group data for map
data.frame.map.time	Create data for map
data.frame.phase.group	Create group data for phase
data.frame.phase.time	Create data for phase with weighted sample
dphase	Probability density function of PH distribution
emoptions	EM Options
erhmm	Create ERHMM
ERHMMClass	ErlangHMM for MAP
erhmm.param	Determine ERHMM parameters
gmmpp	Create GMMPP
GMMPPClass	GMMPP: Approximation for MAP
GPHClass	General phase-type distribution
gph.param	Generate GPH using the information on data
herlang	Create HErlang distribution
HErlangClass	Hyper-Erlang distribution
herlang.param	Determine hyper-Erlang parameters
map	Create MAP
map.acf	k-lag correlation of MAP
MAPClass	General Markovian arrival process
mapfit.group	MAP fitting with grouped data
mapfit-package	mapfit: PH/MAP Parameter Estimation
mapfit.point	MAP fitting with point data
map.jmoment	Joint moments of MAP
map.mmoment	Marginal moments of MAP
map.param	Generate MAP using the information on data
mmpp	Create an MMPP
ph	Create GPH distribution
ph.bidiag	Create a bi-diagonal PH distribution
ph.coxian	Create a Coxian PH distribution
phfit.3mom	PH fitting with three moments
phfit.density	PH fitting with density function
phfit.group	PH fitting with grouped data
phfit.point	PH fitting with point data
ph.mean	Mean of PH distribution
ph.moment	Moments of PH distribution
ph.tridiag	Create a tri-diagonal PH distribution
ph.var	Variance of PH distribution
pphase	Distribution function of PH distribution
rphase	Sampling of PH distributions