# PH/MAP Parameter Estimation

## Documentation for package ‘mapfit’ version 1.0.0

- DESCRIPTION file.
- Package NEWS.

## Help Pages

mapfit-package | 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
cf1.param | Create CF1 with data information
cf1.param.linear | Determine CF1 parameters
cf1.param.power | Determine CF1 parameters
CF1Class | Canonical phase-type distribution
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
erhmm.param | Determine ERHMM parameters
ERHMMClass | ErlangHMM for MAP
gmmpp | Create GMMPP
GMMPPClass | GMMPP: Approximation for MAP
gph.param | Generate GPH using the information on data
GPHClass | General phase-type distribution
herlang | Create HErlang distribution
herlang.param | Determine hyper-Erlang parameters
HErlangClass | Hyper-Erlang distribution
map | Create MAP
map.acf | k-lag correlation of MAP
map.jmoment | Joint moments of MAP
map.mmoment | Marginal moments of MAP
map.param | Generate MAP using the information on data
MAPClass | General Markovian arrival process
mapfit | mapfit: PH/MAP Parameter Estimation
mapfit.group | MAP fitting with grouped data
mapfit.point | MAP fitting with point data
mmpp | Create an MMPP
ph | Create GPH distribution
ph.bidiag | Create a bi-diagonal PH distribution
ph.coxian | Create a Coxian PH distribution
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
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
pphase | Distribution function of PH distribution
rphase | Sampling of PH distributions