Applied Network Science

Table 7 Explaining dyadic redo by past undo and redo on dyads incident to source and target (degree effects)

From: The Third Man: hierarchy formation in Wikipedia

	Degree model	Generalized inertia	Generalized reciprocity
(Intercept)	−5.624 (0.002)^∗∗∗	−5.624 (0.002)^∗∗∗	−5.624 (0.002)^∗∗∗
undo.outdeg.src	−0.267 (0.002)^∗∗∗	0.340 (0.011)^∗∗∗
redo.outdeg.src	0.273 (0.001)^∗∗∗	−0.828 (0.011)^∗∗∗
undo.indeg.src	−0.101 (0.002)^∗∗∗		−0.056 (0.002)^∗∗∗
redo.indeg.src	0.139 (0.001)^∗∗∗		0.104 (0.001)^∗∗∗
undo.outdeg.trg	−0.253 (0.000)^∗∗∗		−0.106 (0.002)^∗∗∗
redo.outdeg.trg	0.137 (0.000)^∗∗∗		−1.099 (0.003)^∗∗∗
undo.indeg.trg	−0.077 (0.001)^∗∗∗	0.055 (0.001)^∗∗∗
redo.indeg.trg	0.506 (0.001)^∗∗∗	0.450 (0.001)^∗∗∗
undo.degree.src		−0.646 (0.011)^∗∗∗	−0.284 (0.002)^∗∗∗
redo.degree.src		1.181 (0.012)^∗∗∗	0.293 (0.001)^∗∗∗
undo.degree.trg		−0.282 (0.000)^∗∗∗	−0.164 (0.003)^∗∗∗
redo.degree.trg		0.153 (0.000)^∗∗∗	1.378 (0.003)^∗∗∗
AIC	8,438,636.039	8,438,636.039	8,438,636.039
Num. obs.	1,753,160	1,753,160	1,753,160

^∗∗∗ p<0.001

Back to article page