ICA Pre-Conference on Computational Tools for Text Mining, Processing and Analysis

25 May 2017 - 9:00am to 5:00pm
Hilton San Diego Bayfront Hotel
Limited to 50 participants

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Manual content analysis has been one of the most distinctive and influential techniques in communication research for more than half a century. With the rise of digital and social media, recent years have seen a sharp growth in the sheer amount and types of textual data communication scholars often wish to explore, as well as changes to required skillsets needed for acquiring, storing, and processing data. Due to these changes researchers in communication often find manual content analysis methods inadequate for their needs. As a result, computational approaches to text mining are becoming gradually more valuable and even necessary for contemporary communication scholars. The pre-conference workshop “Computational tools for text mining, processing and analysis” aims to engage with these computational methods.

This pre-conference offers five talks given by experts working at the frontier of computational textual analysis. The program covers both introductory materials aimed at providing less experienced scholars with practical tools for analysis, as well as in-depth critical discussions on advanced issues including assumptions, properties, inferences, triangulation with other methods, and theory development. At the concluding panel, the invited speakers, panelists and the audience will engage in a discussion about the future of computational textual analysis in communication research and social science in general. Confirmed panelists include Dr. Joseph Cappella (the Gerald R. Miller Professor of Communication at the University of Pennsylvania) and Dr. Dhavan Shah (the Louis A. & Mary E. Maier-Bascom Professor at the University of Wisconsin-Madison).

It is our hope that participants will leave this full-day workshop not only with ready-to-use tools for their day-to-day research but also with a more comprehensive understanding of these methods’ assumptions, properties, theories and debates. The goal is to promote not only the usage, but a responsible usage, of computational methods for textual analysis.

The preconference is organized by Dror Walter, Sijia Yang, and Wouter van Atteveldt.


9:00-9:15 - Introduction and overview
9:15-10:15 - Dr. Hai Liang: Scraping and preprocessing of social media data
10:15-10:30 - Break
10:30-11:30 - Dr. Molly Roberts: Structural Topic Modelling
11:30-11:45 - Break
11:45-12:45 - Dr. Andrew Schwartz: Machine learning on social media textual data for predicting psychological and health outcomes
12:45-1:45 - Lunch break
1:45-2:45 - Dr. Daniel Angus: Emerging methods for text visualization
2:45-3:00 - Break
3:00-4:00 - Dr. Justin Grimmer: Statistical Models for Computational textual analysis and applications
4:00-4:15 - Break
4:15-5:00 - Summary and roundtable: the future of computational methods in communication research

Registered participants have the opportunity to bring methodological challenges from their own research to the speakers. Organizers will collect questions beforehand and share them with the speakers so that they can be best prepared. After each talk, at least 15 minutes will be devoted to facilitating discussions between speaker and participants.

Speaker Bios

Dr. Hai Liang: Assistant Professor in the School of Journalism and Communication, the Chinese University of Hong Kong; Experienced in teaching application of computational tools for the analysis of social media data. His talk will cover: tools and methods for social media data gathering and pre-processing and the limitations and future directions of social media data gathering.

Dr. Margaret Roberts: Assistant Professor in the Department of Political Science at the University of California, San Diego; the author of R's STM package for structural topic modeling (STM). Her talk will address the following questions: What is topic modeling and what is Latent Dirchlet Allocation (LDA)? What distinguishes STM from LDA? And why STM is particularly useful for social science applications? How does STM help to estimate the relationships between topic solutions and covariates, either experimentally manipulated or observationally measured?

Dr. Andrew Schwartz: Assistant Professor in the Department of Computer Science at Stony Brook University; Lead Research Scientist for the World Well-Being Project. His talk will address the following questions: How to use machine learning techniques to conduct large and scalable language analyses for psychological and health discovery? How to build prediction models from large-scale social media corpus for population-level health outcomes? And what is the open-vocabulary approach to analyzing social media data and what insights can it reveal?

Dr. Daniel Angus: Lecturer in Computational Social Science at the University of Queensland; Received his PhD in computer science from Swinburne University of Technology; pioneered the development of the Discursis computer-based visual text analytic too. in His talk will cover: current and emerging methods for text visualization and applying data visualization techniques to various types of corpora.

Dr. Justin Grimmer: Associate Professor in Stanford University's Department of Political Science and (by courtesy) an Associate Professor in the Department of Computer Science. His talk will cover: how to conduct causal inference with textual data and new methodology for using high-dimensional text as treatments and estimating their effects.

For more information, please click here or email Dror Walter.

This event may be photographed and/or video recorded for archival, educational, and related promotional purposes. We also video stream many of these video recordings through the Annenberg web site. By attending or participating in this event, you are giving your consent to be photographed and/or video recorded and you are waiving any and all claims regarding the use of your image by the Annenberg School for Communication. The Annenberg School for Communication, at its discretion, may provide a copy of the photos/footage upon written request.