Analysing Seasonal Health Data: Introduction
Barnett, Adrian G.; Dobson, Annette J.
2010-01-04 00:00:00
[This section describes the example data sets that we will use to demonstrate methods of analysing seasonal data. The examples aim to cover a range of health outcomes and measurement scales. The diet and exercise example uses continuous body mass index data that may have a Normal distribution. The cardiovascular disease data are counts that may have a Poisson distribution. The stillbirth data are binary and will have a Binomial distribution. The cardiovascular disease, schizophrenia and flu data sets are time series, as the results are measured at successive and equally spaced times. The exercise data are from an intervention study, and the times of observations depended on when people joined the study.]
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[This section describes the example data sets that we will use to demonstrate methods of analysing seasonal data. The examples aim to cover a range of health outcomes and measurement scales. The diet and exercise example uses continuous body mass index data that may have a Normal distribution. The cardiovascular disease data are counts that may have a Poisson distribution. The stillbirth data are binary and will have a Binomial distribution. The cardiovascular disease, schizophrenia and flu data sets are time series, as the results are measured at successive and equally spaced times. The exercise data are from an intervention study, and the times of observations depended on when people joined the study.]
Published: Jan 4, 2010
Keywords: Akaike Information Criterion; Markov Chain Monte Carlo; Southern Oscillation Index; Deviance Information Criterion; Tolerance Interval
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