BMEGUI Tutorial 3 Space/time BME for synchronized data 1. Objective The primary objective of this tutorial is to perform the full space/time BME analysis on a simulated dataset where all the measurements are collected at fixed monitoring sites, and synchronized times. The analysis will consist in an exploratory analysis of the data across space and time, in the modeling of its global space/time mean trend and space/time covariance, and in obtaining plots showing the BME estimate as a function of time, as well as maps of the BME estimates across space. 2. Install BMEGUI 3.0.1 See tutorial 1. 3. Data Download the data file “data03.csv” from the Tutorial Data Files and save it in a folder called “work03”. Open the data file using a spreadsheet editor or a text editor to see the data available. Note that there are 15 measurements collected at 15 different spatial locations at time 1, followed by 15 measurements collected at the same spatial locations at time 2, 3, 4, 5, 6, 7, 8, 9, and 10. 4. Operation i. Launch BMEGUI by double clicking on ‘BMEGUI’ desktop icon. Refer to the BMEGUI 3.0.1 user’s manual for more details. ii. Run the BMEGUI tool and select the following workspace and data file. Workspace: work03 Data File: data03.csv
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BMEGUI Tutorial 3 Space/time BME for synchronized data · 2014-07-03 · BMEGUI Tutorial 3 Space/time BME for synchronized data 1. Objective The primary objective of this tutorial
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BMEGUI Tutorial 3 Space/time BME for synchronized data
1. Objective
The primary objective of this tutorial is to perform the full space/time BME analysis on a
simulated dataset where all the measurements are collected at fixed monitoring sites, and
synchronized times. The analysis will consist in an exploratory analysis of the data across
space and time, in the modeling of its global space/time mean trend and space/time
covariance, and in obtaining plots showing the BME estimate as a function of time, as
well as maps of the BME estimates across space.
2. Install BMEGUI 3.0.1
See tutorial 1.
3. Data
Download the data file “data03.csv” from the Tutorial Data Files and save it in a folder
called “work03”. Open the data file using a spreadsheet editor or a text editor to see the
data available. Note that there are 15 measurements collected at 15 different spatial
locations at time 1, followed by 15 measurements collected at the same spatial locations
at time 2, 3, 4, 5, 6, 7, 8, 9, and 10.
4. Operation
i. Launch BMEGUI by double clicking on ‘BMEGUI’ desktop icon. Refer to the
BMEGUI 3.0.1 user’s manual for more details.
ii. Run the BMEGUI tool and select the following workspace and data file.