X18Y2: Aircraft InfraRed Signature (IRS)
In sivipm: Sensitivity Indices with Dependent Inputs
Description
Usage
Format
Source
References
Description
Aircraft flight measures. The eight first ones
are related to flight conditions and IR optical
properties of aircraft surfaces.
The eight following ones are related to atmospheric conditions.
The last two variables are the response values.
Three qualitative measures have been transformed into
numeric variables: MODEL and CLOUDS are coded as 0/1
and IHAZE is split into three 0/1 variables.
Usage
1
data("X18Y2")
Format
A data frame with 180 observations on the following 20 variables.
All are numeric.
ALTI Altitude
MACH Mach number
POWERS Engine power setting
EAI Emissivity of air intake
CAP Cap
YAW Yaw
ROLL Roll
PITCH Pitch angles
VIS Visibility
RH Relative humidity
TA Ground air temperature
MODEL Atmospheric model
IHAZE1 Aerosol model urban
IHAZE2 Aerosol model maritime
IHAZE3 Aerosol mode rural
CLOUDS Cloud presence
HBASE Base altitude of
the cloud layer
HOUR Hour to compute solar position
IRStot Typical infrared sensor spectral ranges
IRMS Multispectral intensity
Source
Lefebvre, S. ONERA, Palaiseau, France.
References
Gauchi, J.-P. 2015.
A practical method of global sensitivity analysis
under constraints.
Rapport technique 2015-1.
INRA, UR1404, F-78350 Jouy-en-Josas, France.
sivipm documentation built on May 2, 2019, 6:41 a.m.
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Description Usage Format Source References
Description
Aircraft flight measures. The eight first ones are related to flight conditions and IR optical properties of aircraft surfaces. The eight following ones are related to atmospheric conditions. The last two variables are the response values. Three qualitative measures have been transformed into numeric variables: MODEL and CLOUDS are coded as 0/1 and IHAZE is split into three 0/1 variables.
Usage
1 | data("X18Y2")
|
Format
A data frame with 180 observations on the following 20 variables. All are numeric.
| ALTI | Altitude |
| MACH | Mach number |
| POWERS | Engine power setting |
| EAI | Emissivity of air intake |
| CAP | Cap |
| YAW | Yaw |
| ROLL | Roll |
| PITCH | Pitch angles |
| VIS | Visibility |
| RH | Relative humidity |
| TA | Ground air temperature |
| MODEL | Atmospheric model |
| IHAZE1 | Aerosol model urban |
| IHAZE2 | Aerosol model maritime |
| IHAZE3 | Aerosol mode rural |
| CLOUDS | Cloud presence |
| HBASE | Base altitude of the cloud layer |
| HOUR | Hour to compute solar position |
| IRStot | Typical infrared sensor spectral ranges |
| IRMS | Multispectral intensity |
Source
Lefebvre, S. ONERA, Palaiseau, France.
References
Gauchi, J.-P. 2015. A practical method of global sensitivity analysis under constraints. Rapport technique 2015-1. INRA, UR1404, F-78350 Jouy-en-Josas, France.
R Package Documentation
Browse R Packages
We want your feedback!
Note that we can't provide technical support on individual packages. You should contact the package authors for that.
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