2017
DOI: 10.1177/1948550617709827
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Network Analysis on Attitudes

Abstract: In this article, we provide a brief tutorial on the estimation, analysis, and simulation on attitude networks using the programming language R. We first discuss what a network is and subsequently show how one can estimate a regularized network on typical attitude data. For this, we use open-access data on the attitudes toward Barack Obama during the 2012 American presidential election. Second, we show how one can calculate standard network measures such as community structure, centrality, and connectivity on t… Show more

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Cited by 172 publications
(152 citation statements)
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“…Previous evidence showed that age, gender, and employment status might influence hopelessness (Greene, 1981;Haatainen, Tanskanen, Kylma, Antikainen, et al, 2003;Haatainen, Tanskanen, Kylma, Honkalampi, et al, 2003). Hence, in line with Dalege, Borsboom, van Harreveld, and van der Maas (2017), the network model and the local structure indexes were re-estimated, after controlling for age, gender, and employment status.…”
Section: Covariating Age Gender and Employment Statusmentioning
confidence: 99%
“…Previous evidence showed that age, gender, and employment status might influence hopelessness (Greene, 1981;Haatainen, Tanskanen, Kylma, Antikainen, et al, 2003;Haatainen, Tanskanen, Kylma, Honkalampi, et al, 2003). Hence, in line with Dalege, Borsboom, van Harreveld, and van der Maas (2017), the network model and the local structure indexes were re-estimated, after controlling for age, gender, and employment status.…”
Section: Covariating Age Gender and Employment Statusmentioning
confidence: 99%
“…In addition, we estimated centrality of nodes using three different centrality measures (Opsahl, Agneessens, & Skvoretz, ; see Figure ), which reveal the structural importance of the different nodes. The most easily interpreted is centrality strength, which represents the direct influence a given node has on the network (Dalege, Borsboom, van Harreveld, & van der Maas, ), i.e., a strength‐central node has influence on many other nodes. Closeness and betweenness both depend on the concept of shortest path lengths (Dijkstra, ) and closeness represents how likely it is that information from a node spread through the whole network directly or indirectly.…”
Section: Methodsmentioning
confidence: 99%
“…Nodes represent the variables of interest in a study (i.e., scale items) and edges connect the nodes into a superstructure via their pairwise interactions. Once a network is formed, network analysis gives us the power to observe complex relationships between variables, but also to study the most important or least important nodes within a system (Borsboom et al, 2011; see also Costantini et al, 2019;Dalege et al, 2017;Epskamp et al, 2018). We leveraged network analysis to provide a complimentary investigation of the MFQ-r and its structure, owing to the borderline acceptable levels of some model fit statistics.…”
Section: Parallel Network Analysis Of the Revised Mfqmentioning
confidence: 99%