EUNITE.Loads.cont: Continuation dataset of the electrical loads of the EUNITE...
In TSPred: Functions for Benchmarking Time Series Prediction
Description
Usage
Format
Details
Source
References
See Also
Examples
Description
A dataset of univariate time series providing 31 points beyond the end of
the time series in EUNITE.Loads containing half-an-hour
electrical loads measured in January 1999.
Usage
1
Format
A data frame with 31 observations on the following 48 variables.
- X00.30
a numeric vector containing further
observations of X00.30 in EUNITE.Loads relative to
January 1999.
- X01.00
a numeric vector containing further
observations of X01.00 in EUNITE.Loads relative to
January 1999.
- X01.30
a numeric vector containing further
observations of X01.30 in EUNITE.Loads relative to
January 1999.
- X02.00
a numeric vector containing further
observations of X02.00 in EUNITE.Loads relative to
January 1999.
- X02.30
a numeric vector containing further
observations of X02.30 in EUNITE.Loads relative to
January 1999.
- X03.00
a numeric vector containing further
observations of X03.00 in EUNITE.Loads relative to
January 1999.
- X03.30
a numeric vector containing further
observations of X03.30 in EUNITE.Loads relative to
January 1999.
- X04.00
a numeric vector containing further
observations of X04.00 in EUNITE.Loads relative to
January 1999.
- X04.30
a numeric vector containing further
observations of X04.30 in EUNITE.Loads relative to
January 1999.
- X05.00
a numeric vector containing further
observations of X05.00 in EUNITE.Loads relative to
January 1999.
- X05.30
a numeric vector containing further
observations of X05.30 in EUNITE.Loads relative to
January 1999.
- X06.00
a numeric vector containing further
observations of X06.00 in EUNITE.Loads relative to
January 1999.
- X06.30
a numeric vector containing further
observations of X06.30 in EUNITE.Loads relative to
January 1999.
- X07.00
a numeric vector containing further
observations of X07.00 in EUNITE.Loads relative to
January 1999.
- X07.30
a numeric vector containing further
observations of X07.30 in EUNITE.Loads relative to
January 1999.
- X08.00
a numeric vector containing further
observations of X08.00 in EUNITE.Loads relative to
January 1999.
- X08.30
a numeric vector containing further
observations of X08.30 in EUNITE.Loads relative to
January 1999.
- X09.00
a numeric vector containing further
observations of X09.00 in EUNITE.Loads relative to
January 1999.
- X09.30
a numeric vector containing further
observations of X09.30 in EUNITE.Loads relative to
January 1999.
- X10.00
a numeric vector containing further
observations of X10.00 in EUNITE.Loads relative to
January 1999.
- X10.30
a numeric vector containing further
observations of X10.30 in EUNITE.Loads relative to
January 1999.
- X11.00
a numeric vector containing further
observations of X11.00 in EUNITE.Loads relative to
January 1999.
- X11.30
a numeric vector containing further
observations of X11.30 in EUNITE.Loads relative to
January 1999.
- X12.00
a numeric vector containing further
observations of X12.00 in EUNITE.Loads relative to
January 1999.
- X12.30
a numeric vector containing further
observations of X12.30 in EUNITE.Loads relative to
January 1999.
- X13.00
a numeric vector containing further
observations of X13.00 in EUNITE.Loads relative to
January 1999.
- X13.30
a numeric vector containing further
observations of X13.30 in EUNITE.Loads relative to
January 1999.
- X14.00
a numeric vector containing further
observations of X14.00 in EUNITE.Loads relative to
January 1999.
- X14.30
a numeric vector containing further
observations of X14.30 in EUNITE.Loads relative to
January 1999.
- X15.00
a numeric vector containing further
observations of X15.00 in EUNITE.Loads relative to
January 1999.
- X15.30
a numeric vector containing further
observations of X15.30 in EUNITE.Loads relative to
January 1999.
- X16.00
a numeric vector containing further
observations of X16.00 in EUNITE.Loads relative to
January 1999.
- X16.30
a numeric vector containing further
observations of X16.30 in EUNITE.Loads relative to
January 1999.
- X17.00
a numeric vector containing further
observations of X17.00 in EUNITE.Loads relative to
January 1999.
- X17.30
a numeric vector containing further
observations of X17.30 in EUNITE.Loads relative to
January 1999.
- X18.00
a numeric vector containing further
observations of X18.00 in EUNITE.Loads relative to
January 1999.
- X18.30
a numeric vector containing further
observations of X18.30 in EUNITE.Loads relative to
January 1999.
- X19.00
a numeric vector containing further
observations of X19.00 in EUNITE.Loads relative to
January 1999.
- X19.30
a numeric vector containing further
observations of X19.30 in EUNITE.Loads relative to
January 1999.
- X20.00
a numeric vector containing further
observations of X20.00 in EUNITE.Loads relative to
January 1999.
- X20.30
a numeric vector containing further
observations of X20.30 in EUNITE.Loads relative to
January 1999.
- X21.00
a numeric vector containing further
observations of X21.00 in EUNITE.Loads relative to
January 1999.
- X21.30
a numeric vector containing further
observations of X21.30 in EUNITE.Loads relative to
January 1999.
- X22.00
a numeric vector containing further
observations of X22.00 in EUNITE.Loads relative to
January 1999.
- X22.30
a numeric vector containing further
observations of X22.30 in EUNITE.Loads relative to
January 1999.
- X23.00
a numeric vector containing further
observations of X23.00 in EUNITE.Loads relative to
January 1999.
- X23.30
a numeric vector containing further
observations of X23.30 in EUNITE.Loads relative to
January 1999.
- X24.00
a numeric vector containing further
observations of X24.00 in EUNITE.Loads relative to
January 1999.
Details
Contains the 31 values corresponding to the daily maximum electrical loads
of January 1999 which were to be predicted of EUNITE.Loads as
demanded by the EUNITE Competition.
Source
EUNITE 1999, Electricity Load Forecast using Intelligent Adaptive
Technology: The EUNITE Network Competition. URL:
http://www.eunite.org/knowledge/Competitions/1st_competition/1st_competition.htm.
References
B.-J. Chen, M.-W. Chang, and C.-J. Lin, 2004, Load forecasting
using support vector Machines: a study on EUNITE competition 2001, IEEE
Transactions on Power Systems, v. 19, n. 4 (Nov.), p. 1821-1830.
See Also
EUNITE.Loads, EUNITE.Reg,
EUNITE.Temp
Examples
1
2
3
data(EUNITE.Loads.cont)
str(EUNITE.Loads.cont)
plot(ts(EUNITE.Loads.cont["X24.00"]))
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Description Usage Format Details Source References See Also Examples
Description
A dataset of univariate time series providing 31 points beyond the end of
the time series in EUNITE.Loads containing half-an-hour
electrical loads measured in January 1999.
Usage
1 |
Format
A data frame with 31 observations on the following 48 variables.
- X00.30
a numeric vector containing further observations of
X00.30inEUNITE.Loadsrelative to January 1999.- X01.00
a numeric vector containing further observations of
X01.00inEUNITE.Loadsrelative to January 1999.- X01.30
a numeric vector containing further observations of
X01.30inEUNITE.Loadsrelative to January 1999.- X02.00
a numeric vector containing further observations of
X02.00inEUNITE.Loadsrelative to January 1999.- X02.30
a numeric vector containing further observations of
X02.30inEUNITE.Loadsrelative to January 1999.- X03.00
a numeric vector containing further observations of
X03.00inEUNITE.Loadsrelative to January 1999.- X03.30
a numeric vector containing further observations of
X03.30inEUNITE.Loadsrelative to January 1999.- X04.00
a numeric vector containing further observations of
X04.00inEUNITE.Loadsrelative to January 1999.- X04.30
a numeric vector containing further observations of
X04.30inEUNITE.Loadsrelative to January 1999.- X05.00
a numeric vector containing further observations of
X05.00inEUNITE.Loadsrelative to January 1999.- X05.30
a numeric vector containing further observations of
X05.30inEUNITE.Loadsrelative to January 1999.- X06.00
a numeric vector containing further observations of
X06.00inEUNITE.Loadsrelative to January 1999.- X06.30
a numeric vector containing further observations of
X06.30inEUNITE.Loadsrelative to January 1999.- X07.00
a numeric vector containing further observations of
X07.00inEUNITE.Loadsrelative to January 1999.- X07.30
a numeric vector containing further observations of
X07.30inEUNITE.Loadsrelative to January 1999.- X08.00
a numeric vector containing further observations of
X08.00inEUNITE.Loadsrelative to January 1999.- X08.30
a numeric vector containing further observations of
X08.30inEUNITE.Loadsrelative to January 1999.- X09.00
a numeric vector containing further observations of
X09.00inEUNITE.Loadsrelative to January 1999.- X09.30
a numeric vector containing further observations of
X09.30inEUNITE.Loadsrelative to January 1999.- X10.00
a numeric vector containing further observations of
X10.00inEUNITE.Loadsrelative to January 1999.- X10.30
a numeric vector containing further observations of
X10.30inEUNITE.Loadsrelative to January 1999.- X11.00
a numeric vector containing further observations of
X11.00inEUNITE.Loadsrelative to January 1999.- X11.30
a numeric vector containing further observations of
X11.30inEUNITE.Loadsrelative to January 1999.- X12.00
a numeric vector containing further observations of
X12.00inEUNITE.Loadsrelative to January 1999.- X12.30
a numeric vector containing further observations of
X12.30inEUNITE.Loadsrelative to January 1999.- X13.00
a numeric vector containing further observations of
X13.00inEUNITE.Loadsrelative to January 1999.- X13.30
a numeric vector containing further observations of
X13.30inEUNITE.Loadsrelative to January 1999.- X14.00
a numeric vector containing further observations of
X14.00inEUNITE.Loadsrelative to January 1999.- X14.30
a numeric vector containing further observations of
X14.30inEUNITE.Loadsrelative to January 1999.- X15.00
a numeric vector containing further observations of
X15.00inEUNITE.Loadsrelative to January 1999.- X15.30
a numeric vector containing further observations of
X15.30inEUNITE.Loadsrelative to January 1999.- X16.00
a numeric vector containing further observations of
X16.00inEUNITE.Loadsrelative to January 1999.- X16.30
a numeric vector containing further observations of
X16.30inEUNITE.Loadsrelative to January 1999.- X17.00
a numeric vector containing further observations of
X17.00inEUNITE.Loadsrelative to January 1999.- X17.30
a numeric vector containing further observations of
X17.30inEUNITE.Loadsrelative to January 1999.- X18.00
a numeric vector containing further observations of
X18.00inEUNITE.Loadsrelative to January 1999.- X18.30
a numeric vector containing further observations of
X18.30inEUNITE.Loadsrelative to January 1999.- X19.00
a numeric vector containing further observations of
X19.00inEUNITE.Loadsrelative to January 1999.- X19.30
a numeric vector containing further observations of
X19.30inEUNITE.Loadsrelative to January 1999.- X20.00
a numeric vector containing further observations of
X20.00inEUNITE.Loadsrelative to January 1999.- X20.30
a numeric vector containing further observations of
X20.30inEUNITE.Loadsrelative to January 1999.- X21.00
a numeric vector containing further observations of
X21.00inEUNITE.Loadsrelative to January 1999.- X21.30
a numeric vector containing further observations of
X21.30inEUNITE.Loadsrelative to January 1999.- X22.00
a numeric vector containing further observations of
X22.00inEUNITE.Loadsrelative to January 1999.- X22.30
a numeric vector containing further observations of
X22.30inEUNITE.Loadsrelative to January 1999.- X23.00
a numeric vector containing further observations of
X23.00inEUNITE.Loadsrelative to January 1999.- X23.30
a numeric vector containing further observations of
X23.30inEUNITE.Loadsrelative to January 1999.- X24.00
a numeric vector containing further observations of
X24.00inEUNITE.Loadsrelative to January 1999.
Details
Contains the 31 values corresponding to the daily maximum electrical loads
of January 1999 which were to be predicted of EUNITE.Loads as
demanded by the EUNITE Competition.
Source
EUNITE 1999, Electricity Load Forecast using Intelligent Adaptive Technology: The EUNITE Network Competition. URL: http://www.eunite.org/knowledge/Competitions/1st_competition/1st_competition.htm.
References
B.-J. Chen, M.-W. Chang, and C.-J. Lin, 2004, Load forecasting using support vector Machines: a study on EUNITE competition 2001, IEEE Transactions on Power Systems, v. 19, n. 4 (Nov.), p. 1821-1830.
See Also
EUNITE.Loads, EUNITE.Reg,
EUNITE.Temp
Examples
1 2 3 | data(EUNITE.Loads.cont)
str(EUNITE.Loads.cont)
plot(ts(EUNITE.Loads.cont["X24.00"]))
|
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