id	author	title	date	pages	extension	mime	words	sentences	flesch	summary	cache	txt
cord-266070-28a85p50	Oberhammer, J.	Social-distancing effectiveness tracking of the COVID-19 hotspot Stockholm	2020-07-02		.txt	text/plain	3323	222	50	Methods: A novel distributed-compartmental, time-variant epidemiological model was designed specifically for COVID-19 transmission characteristics, featuring a/pre/symptomatic transmission, a non-linear hospital model, a weakly-coupled sub-model for the care-home population, and parametrized continuous social-distancing functions. Interpretation: The proposed model and methods have proven to analyse a COVID-19 outbreak and to re-construct the social-distancing behaviour with unprecedented accuracy, confirming even minor details indicated by mobility-data analysis, and are applicable to other regions and other emerging infectious diseases of similar transmission characteristics. Modelling is also used to determine key parameters such as population immunity and infection 67 fatality rate (IFR), and to analyse the impact of imposing and revoking social-distancing 68 measures. The SDEF determined for the GP with the advices to the population by FHM, governmental 187 measures, and key events of the outbreak mapped on the timeline, with comparison to Google's 188 mobility data analysis 38 and the Oxford Governmental Stringency Index, 15 is shown in Figure 5 .	./cache/cord-266070-28a85p50.txt	./txt/cord-266070-28a85p50.txt