tseries: Time Series Analysis and Computational Finance
> library(tseries)
'tseries' version: 0.10-34
'tseries' is a package for time series analysis and
computational finance.
See 'library(help="tseries")' for details.
> data("NelPlo")
> data("USeconomic")
バージョン: 0.10.34
関数名 | 概略 |
---|---|
NelPlo |
Nelson-Plosser Macroeconomic Time Series |
USeconomic |
U.S. Economic Variables |
adf.test |
Augmented Dickey-Fuller Test |
arma |
Fit ARMA Models to Time Series |
arma-methods |
Methods for Fitted ARMA Models |
bds.test |
BDS Test |
bev |
Beveridge Wheat Price Index, 1500-1869. |
camp |
Mount Campito Yearly Treering Data, -3435-1969. |
garch |
Fit GARCH Models to Time Series |
garch-methods |
Methods for Fitted GARCH Models |
get.hist.quote |
Download Historical Finance Data |
ice.river |
Icelandic River Data |
irts |
Irregularly Spaced Time-Series |
irts-functions |
Basic Functions for Irregular Time-Series Objects |
irts-methods |
Methods for Irregular Time-Series Objects |
jarque.bera.test |
Jarque-Bera Test |
kpss.test |
KPSS Test for Stationarity |
maxdrawdown |
Maximum Drawdown or Maximum Loss |
na.remove |
NA Handling Routines for Time Series |
nino |
Sea Surface Temperature (SST) Nino 3 and Nino 3.4 Indices |
plotOHLC |
Plot Open-High-Low-Close Bar Chart |
po.test |
Phillips-Ouliaris Cointegration Test |
portfolio.optim |
Portfolio Optimization |
pp.test |
Phillips-Perron Unit Root Test |
quadmap |
Quadratic Map (Logistic Equation) |
read.matrix |
Read Matrix Data |
read.ts |
Read Time Series Data |
runs.test |
Runs Test |
seqplot.ts |
Plot Two Time Series |
sharpe |
Sharpe Ratio |
sterling |
Sterling Ratio |
summary.arma |
Summarizing ARMA Model Fits |
summary.garch |
Summarizing GARCH Model Fits |
surrogate |
Generate Surrogate Data and Statistics |
tcm |
Monthly Yields on Treasury Securities |
tcmd |
Daily Yields on Treasury Securities |
terasvirta.test |
Teraesvirta Neural Network Test for Nonlinearity |
tsbootstrap |
Bootstrap for General Stationary Data |
white.test |
White Neural Network Test for Nonlinearity |
NelPlo
> data("NelPlo")
> NelPlo %>% class()
[1] "mts" "ts"
USeconomic
> data("USeconomic")
> USeconomic %>% class()
[1] "mts" "ts"