Main navigation
- HKIDS Funded Research Projects
-
HKIDS-funded Interdisciplinary Research Projects
- Towards Linguistically-motivated Text Readability Assessment for Chinese Learning in Hong Kong
- Genomic Data Search and Analytics with Applications to Colorectal Cancer Subtype Classification
- Blending Topic Modeling and Social Network Analysis: Big Data Analysis of the Hong Kong Protests
- Comprehensive Strain-level Analysis of Metagenomic Data
- Using Network Science to Evaluate and Enhance Hong Kong’s Bridging Role in One Belt One Road (OBOR)
- Big-data-driven Performance Analysis, Prediction and Control of Smart Factories
Blending Topic Modeling and Social Network Analysis: Big Data Analysis of the Hong Kong Protests
Principal Investigator:
Prof Richard WALKER
Dean of College of Liberal Arts and Social Sciences;
Chan Hon Pun Professor of Behavioural and Policy Sciences;
Acting Head and Chair Professor of Department of Public Policy
Co-Principal Investigator:
Dr Edmund CHENG
Associate Professor, Department of Public Policy
Dr Chris Fei SHEN
Associate Professor of Social Media and Communication, Department of Media and Communication
Dr Chun Yu KIT
Associate Professor of Computational Linguistics, Department of Linguistics and Translation
Advisor:
Prof Jonathan ZHU (Chair Professor, Department of Media and Communication; Chair Professor, School of Data Science)
Project Period: 1 January 2020 – 31 December 2021
Digital communication technologies have played a critical role in modern-day protests around the globe in the last decade. The Hong Kong protests have operated across diverse traditional media and social media platforms (a Reddit-like forum, Telegram channels, Instagram graphics and Facebook pages), under a hybrid regime, and an extremely high level of social media and smart phone penetration rate. The length of time the Hong Kong protests have continued may have increased the proximity of trusted networks, political efficacy, or cyberbalkanization. This temporal variable would then mediate the logic of connective actions and future patterns of political participation. This setting is ideal for big data analysis in (1) Discover the characteristics of connective actions and the sentiments of active political subjects; (2) Examine the interconnected roles of different actors and organizations in terms of mobilization, coordination, and diffusion and (3) Expand the conceptualization of modern-day protests.
The project aims to achieve the following research objectives:
- To provide open source data from traditional news and social media sources documenting the Hong Kong protest event that has attracted unprecedented global attention.
- To use computational social sciences to topic model the movement frames of anti-Extradition Law Amendment Bill/anti-government (here on in the Hong Kong) protests and contrast traditional news sources with protestors’ use of social media.
- To conduct a detailed social network analysis to unpack the mobilizing structure of the Hong Kong protests and expand the conceptualization of contemporary connective actions.
- To produce academic research and enhance collaboration between the disciplines of organizational science, political science and communication studies using big data.
Publications
- An Eye for an Eye? An Integrated Model of Attitude Change Toward Protest Violence
Zhu, Y., Cheng, E. W., Shen, F. & Walker, R. M., Jul 2023, In: Political Communication. 39, 4, p. 539–563 25 - Surveying Spontaneous Mass Protests Mixed-mode Sampling and Field Methods
Yuen, S., Tang, G., Lee, F. L. F. & Cheng, E. W., Feb 2022, In: Sociological Methodology. 52, 1, p. 75-102 - Repression, Emotion, Contagion : Analyzing the (De)Escalation of Protest Violence
Cheng, E. W., Zhu, Y., Walker, R. M. & Shen, F., Oct 2021, In: 2021 American Political Science Association (APSA) Annual Meeting & Exhibition - Affordances, movement dynamics, and a centralized digital communication platform in a networked movement
Lee, F. L. F., Liang, H., Cheng, E. W., Tang, G. K. Y. & Yuen, S., Feb 2021, In: Information Communication and Society. 25, 12, p. 1699-1716