id	author	title	date	pages	extension	mime	words	sentences	flesch	summary	cache	txt
work_snhpkts5xvg67k552sip3lnztu	Ryan J. Gallagher	A clarified typology of core-periphery structure in networks	2021	12	.pdf	application/pdf	11756	1284	70	formulate both the hub-and-spoke and layered core-periphery structures as stochastic block models (22), which allow us to encode the Across network domains, we find that the core-periphery partitions identified by the two-block model and k-cores decomposition Distributions of distances between partitions extracted by the two-block model (15) and the k-cores decomposition (18) across network domains. The core-periphery typology formalized through block model representations of the hub-and-spoke and layered structures. Synthetic network experiments validating the core-periphery block models and the use of MDL as a measure of model fit. Different networks within and across domains are better modeled by hub-and-spoke or layered structure, indicating that there is no one universal best Networks that have similar MDLs are generally those where both core-periphery models extracted similar partitions. Core-periphery structure is a natural network model for such amplification processes. We fit hub-andspoke and layered core-periphery models to the #MeToo network 	./cache/work_snhpkts5xvg67k552sip3lnztu.pdf	./txt/work_snhpkts5xvg67k552sip3lnztu.txt