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Analysis using Episcanner parameters

The episcanner parameters are a set of epidemiological parameters, such as Reproduction Number, peak week, begin week, end week, and duration, computed for all the dengue and chikungunya epidemics notified in Brazil. The methodology used to compute these parameters are explained here: Large-scale Epidemiological modeling: Scanning for Mosquito-Borne Diseases Spatio-temporal Patterns in Brazil

The episcanner parameters saved in the data folder can be downloaded using the example here. The name of the parameters file contains the disease and state names that they refer to. There is also an online dashboard with the parameters estimated by municipality available here.

The table of features used in the HGBR model to predict the peak week (train_HGBR_model.ipynb notebook) is presented in the table below:

Feature description Type
year: year of the peak week that are being predicted. temporal
casos_01: sum of cases in the January of the year whose peak week are being predicted. epidemiological
casos_1_3: sum of cases on the third quarter of the previous year. epidemiological
casos_1_4: sum of cases on the fourth quarter of the previous year. epidemiological
populacao_1: population in the previous year. demographic
peak_week_1: peak week estimated on the previous year. epidemiological
R0_1: reproduction number estimated on the previous year. epidemiological
ep_dur_1: epidemic duration estimated on the previous year. epidemiological
dummy_ep: 1 if the previous year were an epidemic identified by Episcanner and 0 otherwise. epidemiological
temp_med_4: average of the average temperature over the fourth quarter of the previous year. climatic
temp_amp_4: average of the temperature amplitude over the fourth quarter of the previous year. climatic
temp_max_4: average of the maximum temperature over the fourth quarter of the previous year. climatic
temp_min_4: average of the minimum temperature over the fourth quarter of the previous year. climatic
umid_min_4: average of the minimum humidity over the fourth quarter of the previous year. climatic
umid_max_4: average of the maximum humidity over the fourth quarter of the previous year. climatic
umid_amp_4:average of the humidity amplitude over the fourth quarter of the previous year. climatic
enso_4: average of the multivariate ENSO (El Niño-Southern Oscillation) in the fourth quarter of the previous year. climatic
precip_tot_4: sum of the total precipitation over the fourth quarter of the previous year. climatic
rainy_day_4: sum of days with rain (precipitation above zero) over the fourth quarter of the previous year. climatic
thr_temp_min_4: sum of days with minimum temperature below 15-celsius degrees climatic
thr_temp_amp_4: sum of days with temperature amplitude above celsius degrees. climatic
thr_umid_med_4: sum of days with average humidity above 0.8. climatic
temp_med_1_current: average of the average temperature over the january of the year whose peak week is being predicted. climatic
temp_amp_1_current: average of the temperature amplitude over the january of the year whose peak week is being predicted. climatic
temp_max_1_current: average of the maximum temperature over the january of the year whose peak week is being predicted. climatic
temp_min_1_current: average of the minimum temperature over the january of the year whose peak week is being predicted. climatic
precip_tot_1_current: sum of total precipitation over the january of the year whose peak week is being predicted. climatic
rainy_day_1_current: sum of days with precipitation over the january of the year whose peak week is being predicted. climatic
enso_1_current: average of the ENSO (El Niño-Southern Oscillation) over the January of the year whose peak week is being predicted. climatic
latitude of the city center. spatial
longitude of the city center. spatial

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