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I've added a draft vignette on CFR outlining how to handle these specific scenarios:
Individual level data with known delays and missing values for recoveries
Individual level data with different delays to outcomes (the above scenario is effectively imposing a very long tail for delay to recovery, with some infinite, i.e. missing).
Create a how to (or maybe paper) summarising the below:
epiverse-trace/epiparameter#250
Some specific questions:
Individual level data with known delays and missing values. How bad is the estimate if we use simple assumption (e.g. unknown = survive) - (cholera): Functionality for time varying CFR and different delays depending on outcome simulist#36
Individual level data with different delays to outcomes. If assume delay is the same, how bad is the approximation? (Ebola): Functionality for time varying CFR and different delays depending on outcome simulist#36
Individual level data with unknown delays but some truncation. How good are simple methods to estimate delays: Vignette on fitting parameters and converting into epiparameter objects epiparameter#250 and how accurate are subsequent predictions about number and timing of outcomes? E.g. Adding forecasting functionality cfr#14
Incidence data with aggregated reported. Whether cases, deaths, both. How good is recovery of daily incidence and CFR calculation? https://github.com/CarmenTamayo/Applications-Epiverse-pipelines/blob/ctc-edits/EpiEstim_cfr_estimation.R
Incidence data with known delays. How good is CFR estimation if use continuous distribution rather than discrete: Motivate use of continuous delay distributions cfr#115
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