prostate_cancer | R Documentation |
The dataset contains logarithmic incidence rates from the National Cancer Institute and Centers for Disease, Control and Prevention (State Cancer Profiles) and factor loadings of a set of covariates. The incidence rates are 5-year averages from 2008 to 2012 in several southeastern states (Arkansas, Louisiana, Mississippi, Tennessee, North and South Carolina, Georgia, Alabama, and Florida). Missing values were imputed by spatial averaging.
data("prostate_cancer")
A list with three entries:
data
a data frame; see below for details
B
a numeric matrix; weighting matrix B to run the example
W
a numeric matrix; weighting matrix W to run the example
The data frame contains 755 observations of the following 12 variables.
log_incidence_rates
a numeric vector; logarithmic incidence rates of prostate cancer
F_1
a numeric vector; scores of factor 1 (environment: fine atmospheric particles and aerosols)
F_2
a numeric vector; scores of factor 2 (environment: particulate matter)
F_3
a numeric vector; scores of factor 3 (weather: solar radiation and temperature)
F_4
a numeric vector; scores of factor 4 (weather: temperature differences)
F_5
a numeric vector; scores of factor 5 (behavior: smoking)
F_6
a numeric vector; scores of factor 6 (behavior: drinking)
F_7
a numeric vector; scores of factor 7 (behavior: preventive health care)
F_8
a numeric vector; scores of factor 8 (behavior: physical activity)
F_9
a numeric vector; scores of factor 9 (health: overweight)
F_10
a numeric vector; scores of factor 10 (health: cholesterol and blood pressure)
PSA_test
a numeric vector; percentage of positive results for a prostate-specific antigen (PSA) test
https://statecancerprofiles.cancer.gov/index.html
National Cancer Institute, Centers for Disease, Control and Prevention
https://statecancerprofiles.cancer.gov/map/map.withimage.php?99&001&001&00&0&02&0&1&10 Otto, P. (2019). spGARCH: An R-Package for Spatial and Spatiotemporal ARCH and GARCH models To appear: The R Journal URL: https://arxiv.org/abs/1812.01871
data(prostate_cancer)
## Not run:
# Estimation (long running example)
formula <- "log_incidence_rates ~ F_2 + F_10"
out <- qml.SARspARCH(formula, B = prostate_cancer$B, W = prostate_cancer$W,
type = "spARCH", data = prostate_cancer$data)
# Summary
summary(out)
## End(Not run)
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