activity
20022026
most citedA network analysis of committees in the United States House of Representatives

217 citations · 353 across the 40 of their papers we have counts for

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17 papers · 1 filter

cs.SI2026

Graph energy as a measure of community detectability in networks

Lucas Böttcher, Mason A. Porter, Santo Fortunato

A key challenge in network science is the detection of communities, which are sets of nodes in a network that are densely connected internally but sparsely connected to the rest of…

cs.SI2023★ 3 cited

Bounded-Confidence Models of Opinion Dynamics with Adaptive Confidence Bounds

Grace J. Li, Jiajie Luo, Mason A. Porter

People's opinions change with time as they interact with each other. In a bounded-confidence model (BCM) of opinion dynamics, individuals (which are represented by the nodes of a n…

cs.SI2022

Inference of interaction kernels in mean-field models of opinion dynamics

Weiqi Chu, Qin Li, Mason A. Porter

In models of opinion dynamics, many parameters -- either in the form of constants or in the form of functions -- play a critical role in describing, calibrating, and forecasting ho…

cs.SI2022★ 1 cited

Detecting Political Biases of Named Entities and Hashtags on Twitter

Zhiping Xiao, Jeffrey Zhu, Yining Wang +4

Ideological divisions in the United States have become increasingly prominent in daily communication. Accordingly, there has been much research on political polarization, including…

cs.SI2022

A density description of a bounded-confidence model of opinion dynamics on hypergraphs

Weiqi Chu, Mason A. Porter

Social interactions often occur between three or more agents simultaneously. Examining opinion dynamics on hypergraphs allows one to study the effect of such polyadic interactions…

cs.SI2021

An adaptation of InfoMap to absorbing random walks using absorption-scaled graphs

Esteban Vargas Bernal, Mason A. Porter, Joseph H. Tien

InfoMap is a popular approach to detect densely connected "communities" of nodes in networks. To detect such communities, InfoMap uses random walks and ideas from information theor…