Description Usage Arguments Value References Examples
This routine estimates the total population size, which includes the dark figure, together with confidence intervals as specified. It also returns the details of the fitted model. The user can choose whether to fit main effects only, to fit a particular model containing specified two-list parameters, or to choose the model using the stepwise approach described by Chan, Silverman and Vincent (2019).
1 2 | estimatepopulation.0(zdat, method = "stepwise", quantiles = c(0.025,
0.975), mX = NULL, pthresh = 0.02)
|
zdat |
Data matrix with t+1 columns. The first t columns, each corresponding to a particular list, are 0s and 1s defining the capture histories observed. The last column is the count of cases with that particular capture history. List names A, B, ... are constructed if not supplied. Where a capture history is not explicitly listed, it is assumed that it has zero count. |
method |
If |
quantiles |
Quantiles of interest for confidence intervals. |
mX |
A 2 \times k matrix giving the k two-list parameters to be included in the model if |
pthresh |
Threshold p-value used if |
A list with components as below
estimate
Point estimate and confidence interval estimates corresponding to specified quantiles.
MSEfit
The model fitted to the data in the format described in modelfit
.
Chan, L., Silverman, B. W., and Vincent, K. (2019). Multiple Systems Estimation for Sparse Capture Data: Inferential Challenges when there are Non-Overlapping Lists. Available from https://arxiv.org/abs/1902.05156.
1 2 3 4 | data(NewOrl)
data(NewOrl_5)
estimatepopulation.0(NewOrl, method="stepwise", quantiles=c(0.025,0.975))
estimatepopulation.0(NewOrl_5, method="main", quantiles=c(0.01, 0.05,0.95, 0.99))
|
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