Description Usage Arguments Value Examples
Compute the posterior mean, median, and mode for the number of individuals generating posterior distribution according to the hierarchical model conditioned upon the initial population of each cell, which must be provided
1 | postNtcondN0(N0, nMNOmat, distNames, variation, n = 1000, alpha = 0.05)
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N0 |
initial population in each cell |
nMNOmat |
transition matrix with the number of individuals displaced from cell to cell detected by the Mobile Network Operator |
distNames |
character vector with the names of the prior distributions for each cell |
variation |
list of lists whose components are parameters providing a measure of variation of each prior distribution |
n |
number of points to generate in the posterior distribution for the computation. Default value is 1e3 |
alpha |
the significance level for accuracy measures. Default value is 0.05 |
Return a matrix with three columns (mean, median, and mode estimates) and one row per cell
1 2 3 4 5 6 7 8 9 10 11 12 13 14 | ## First, the inputs:
# The initial population
N0 <- c(93, 123, 130)
#The transition matrix of individuals detected by the MNO
nMNOmat <- rbind(c(10, 3, 4), c(5, 21, 3), c(3, 9, 18))
# Names and parameters of priors for the transition probabilities
distNames <- rep('unif', 3)
variation <- rep(list(list(cv = 0.20)), 3)
# It takes a couple of minutes.
postNtcondN0(N0, nMNOmat, distNames, variation)
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