CURRENT LAB MEMBERS
Abdallah Salia, Class of 2022
Major: Computer Science/ Physics
Research Interests: Artificial Intelligence, Machine learning, Computational Physics, Big Data
Software Ninja Skills: Database Management, Front-End Development
Abdallah currently working on DELTA Lab’s face recognition pipeline to help improve video and image analysis. The aim is to analyze different parts of the existing pipeline and assess the performance relative to alternative neural network models to improve the model as a whole. He is also currently exploring the possibility of using OpenCV object tracking techniques in video analysis to enhance face prediction accuracy in videos.
Adina Gitomer, Class of 2020
Major: Computer Science
Research Interests: Networked socio-technical processes
Software Ninja Skills: Gephi, Jupyter Notebook, LaTeX, Adobe Photoshop; also very good at Googling things
Programming Languages: Python, ML, C
Adina has been working to identify dark money spending (i.e. latent ties between funding entities) within the vast collection of Facebook advertisements. She has constructed various network structures out of the data to perform network analyses over them in order to uncover the hidden connections.
Angela Loyola, Class of 2021
Research Interests: Politics and Gender Issues
Software Ninja Skills: R Studio, Data Visualization, Social Media Analysis, Excel
Programming Languages: Python, R
Angela joined Delta Lab in the Spring of 2020. Her initial work has included analysis of political advertising related to the COVID-19 pandemic. Currently, she is working with D3.js to visually represent analyses of political advertising on Facebook and Google.
Brianna Mebane, Class of 2022
Major: English & Computer Science
Research Interests: Software design, social media trend analysis & social applications.
Programming Languages: Python, SML, R
Brianna joined Delta Lab in June 2020 and is working on projects pertaining to textural similarity and keyword searching in political Facebook ads, with a focus on racial content and bias related to Asian Americans on coronavirus and Black Lives Matter.
Conner Sexton, Class of 2020
Research Interests: Criminal Justice, Politics, People
Software Ninja Skills: Machine Learning, Text Analysis, Minecraft
Programming Languages: R, SQL, Stata, SAS, Python
Conner has been working on both the coding and computational sides of the Wesleyan Media Project and the Delta Lab for nearly two years now. More recently, he’s used SQL and R to query and summarize political spending to investigate how presidential candidates and third party entities are targeting different candidates through Facebook advertisements. The goal of this work is to provide more transparency to the digital advertising landscape in the context of the 2020 general elections. More broadly, Conner’s work is aimed at providing deliverable exploratory tools to better understand how money is being spent and how candidates are being mentioned.
Daniel Knopf, Class of 2022
Major: Computer Science/English
Research Interests: Government and Political Ads
Software Ninja Skills: Webscraping, Data Analysis
Programming Languages: Python, SML, R, SQL
Daniel has been working with the political ad data from Google in order to acquire the creatives of the ads listed in its transparency report. He’s been using a python web scraper he built to scrape the text ad creatives from Google’s dynamic ad display webpage, which has allowed him to acquire a csv of the text ad creatives. As an extension of this project, Daniel is working with Google Cloud Functions as well as Python Flask to create an automated program that will download the text and video creatives from the weekly Google ad transparency report.
Elizaveta Atalig, Class of 2021
Major: Computer Science
Research Interests: Text similarity algorithms, political ad transparency on social media, and data analysis.
Software Ninja Skills: Locality Sensitive Hashing algorithms and web development.
Liz is working with Professor Saray Shai to explore interest group spending derived from the Facebook Ad Library. She has focused on finding similarities in ad text to discover interesting connections between funders, as well as learn more about the behavior of individual funders. To accomplish this goal for large datasets, she has implemented a Locality Sensitive Hashing algorithm that estimates similarities in ad text more efficiently than direct comparisons.
Frederick Corpuz, Class of 2020
Major: Computer Science
Research Interests: Facial recognition, object tracking in video data.
Software Ninja Skills: web scraping, text mining, image analysis, dashboard creation.
Programming Languages: Python, R, SQL
Fred has been working on developing wmp-face – a Python package to reduce time and cost of campaign ad research – capable of scraping image and video content from Google and Facebook ads and recognize people of interest in images and videos. He has also created a text similarity algorithm robust to detect misspelled, rearranged and omitted words based on the Latent Dirichlet allocation topic modeling to find duplicates within transcripts from broadcasted news.
Kevin McMorrow, Class of 2020
Major: Art History
Research Interests: Data visualization, social media, political polarization
Software Ninja Skills: RStudio, Adobe Creative Cloud, World of Warcraft
Kevin has focused on political spending, in particular, presidential candidate spending. He uses a combination of R, D3.js, and SQL to visualize these spending habits—paying special attention to the interactivity, legibility, and updatability of these graphics. The guiding questions behind most of these visualizations include: How can we elegantly visualize candidate spending behavior over the course of several months? What is the best form for these visualizations to take? What sort of interactive features do we want to provide the viewer with? The answers to these questions are always changing, but that’s what keeps his work with the DELTA Lab so engaging!
Lance Lepelstat, Class of 2020
Research Interests: Gender in Politics, Health Care Policy
Software Ninja Skills: Data Visualization
Programming Languages: Stata, R, SPSS, SAS, Python, C, MATLAB
Lance has worked on a study of gender differences in campaigning, focusing on candidates’ references to Donald Trump, themselves, and their opponents. Using data generated from automated textual and visual analyses of Facebook campaign advertising, he is exploring the relationship between gender and partisanship in guiding advertising decisions for Senate candidates in 2018.
Natalie Appel, Class of 2023
Research Interests: Data analysis/visualizations, news and media, and political polarization
Software Ninja Skills: R and Rstudio data manipulations and visualizations
Natchanok (“Pim”) Wandee, Class of 2023
Major: Economics and College of Social Studies
Research Interests: Politics, Global Issues, Social Media, News
Software Ninja Skills: Data Visualization, Social Media Analysis, Modelling, DOTA2
Programming Languages: R, SQL
Pim joined the DELTA Lab in the spring of 2020 and currently is working with metadeta from political advertisements on Facebook to analyze information on average spending and individual references across the 2020 Presidential and Senate candidates. This analysis provides insight into the behavior of political advertising on social media. Pim is also working on analysis and visualizations of COVID-19 media coverage.
Roshaan Siddiqui, Class of 2022
Major: Computer Science
Research Interests: Security & Privacy, Virtual Reality
Software Ninja Skills: Angular & Ionic Framework, Xcode, & Unity3D
Sam Feuer, Class of 2023
Major: Computer Science and Music
Research Interests: Political Transparency, Audio Analysis
Software Ninja Skills: RStudio, Exploratory Data Analysis
Programming Languages: R, Python, SML
Sam is new to the Delta Lab and he has begun working on analyzing local news audio files with a goal of improving the accuracy of speech-to-text closed captions for candidates’ names in order to more accurately identify news stories involving those candidates.
Spencer Dean, Class of 2021
Research Interests: Natural Language Processing, Network Analysis
Software Ninja Skills: Tableau, Cytoscape, Excel
Programming Languages: R, Python, SQL
Since joining the Wesleyan Media Project in the spring of 2019, Spencer has worked to provide insights primarily regarding 2020 presidential candidate advertisements on Facebook. His past research has involved querying Wesleyan Media Project data and analyzing the content and cost of candidate Facebook pages and their posts. More specifically, a main focus of one project was to illustrate the advertisement landscape in terms of cross-candidate references — in other words, to reveal when and how 2020 primary candidates addressed rival candidates via Facebook advertisements. He is particularly concerned with how to effectively convey and disseminate this data, utilizing languages/tools such as R (and R Shiny for web apps), SQL, Python, Tableau, and Cytoscape.
Erika Franklin Fowler, Associate Professor of Government, Wesleyan University, Co-Director of the Wesleyan Media Project
Erika Franklin Fowler (Ph.D., University of Wisconsin – Madison) is Associate Professor of Government at Wesleyan University where she directs the Wesleyan Media Project (WMP), which tracks and analyzes political advertising in real-time during elections. Fowler specializes in large-scale analyses of political communication – local media and campaign advertising in particular – in electoral and health policy settings, and her interdisciplinary work on the content and effect of messaging has been published in political science, communication, law/policy, and medical journals. She is also co-author of Political Advertising in the United States, and she has led WMP’s expansion into computational analyses of digital advertising.
Emmanuel Kaparakis, Director, Center for Advanced Computing and Quantitative Analysis Center, Wesleyan University
Manolis Kaparakis did his undergraduate work in Athens, Greece and his graduate work in Economics at the University of Connecticut. He is currently the Director of Centers for Advanced Computing at Wesleyan University, where he directs the Quantitative Analysis Center and oversees the development of the Scientific Computing and Informatics Center. Previously he was a member of the economics faculty at Providence College where he taught economics for twelve years, coordinated the development of the Quantitative Economics major and served as the Colleges Faculty Liaison for Information Technology.
Laura Baum, Project Manager, Wesleyan Media Project, Wesleyan University
Laura Baum joined the Wesleyan Media Project in September 2012 as Project Manager. Based at Wesleyan University, Laura manages ongoing operations of the project’s real-time tracking of television advertisements. Previously, Laura was the Project Coordinator for the Pittsburgh Philanthropy Project, run through the University of Pittsburgh. She grew up in Portland, OR and holds a BA from Brown University and a Master of Urban and Regional Planning from the University of Minnesota.
Pavel Oleinikov, Associate Director, Quantitative Analysis Center, Wesleyan University
Pavel Oleinikov uses his background in social and natural sciences to advance the application of quantitative methods to data from the social world. He teaches courses on basics of Big Data, network analysis, text mining, and skills-focused courses. A large part of his work lies in assisting Wesleyan faculty in integrating diverse data sources in the form of text, images, and data from APIs. Pavel Oleinikov has a PhD in Political Science from University of California, Santa Barbara. His dissertation focused on paradigms of impatience and their quantitative investigation. For his MS thesis in computer engineering he studied applications of Hopfield-type neural networks to optimization tasks.
Saray Shai, Assistant Professor of Computer Science, Wesleyan University
Saray Shai’s research interests include networks, complex systems and data science. In particular, she is interested in analyzing complex systems, such as human cells in the body and individuals in our society, by describing which components interact with one another. Shai’s goal is to develop mathematical and computational tools and apply them to data analysis problems arising in a variety of contexts.
Markus Neumann, Postdoctoral Fellow in Computational Social Science, Quantitative Analysis Center and Wesleyan Media Project, Wesleyan University
Markus Neumann’s research agenda revolves around the application of machine learning methods to social science data, particularly text, audio and images. He holds Bachelor and Masters degrees from the University of Mannheim and completed his graduate work in Social Data Analytics and Political Science at Penn State. His dissertation relies on tools from phonetics, electrical engineering and natural language processing to study nonverbal political communication, focusing on how U.S. senators shift their vocal style in accordance with the representational needs of their audience.
Jielu Yao, Postdoctoral Fellow in Computational Social Science, Quantitative Analysis Center and Wesleyan Media Project, Wesleyan University
Jielu’s research interests center on political methodology and American politics. Particularly, she is interested in applying supervised, unsupervised, and deep learning techniques to non-traditional data such as text, image/video, and audio. Using WMP’s political ads, her dissertation examines crime rhetoric adopted by female and racial/ethnic minority candidates. Jielu received her Ph.D. from the University of Iowa in Political Science in 2020.
Michael Franz, Professor of Government and Legal Studies, Bowdoin College, Co-Director of the Wesleyan Media Project
Michael Franz (Ph.D., University of Wisconsin – Madison) is Professor of Government and Legal Studies at Bowdoin College in Brunswick, ME. His research interests include campaign finance, political advertising, and interest groups. He is author or co-author of four books, including The Persuasive Power of Campaign Advertising (Temple, 2011) and Choices and Changes: Interest Groups in the Electoral Process (Temple, 2008). He has published articles in such journals as, the Journal of Politics, American Journal of Political Science, American Politics Research, and Political Communication. Since 2010, he has been co-director of the Wesleyan Media Project, which tracks and codes political ads in federal elections.
Travis Ridout, Professor of Government and Public Policy, Washington State University, Co-Director of the Wesleyan Media Project
Travis N. Ridout is Thomas S. Foley Distinguished Professor of Government and Public Policy in the School of Politics, Philosophy and Public Affairs at Washington State University. He is one of the country’s leading authorities on the topic of political advertising and serves as codirector of the Wesleyan Media Project, which studies and tracks political advertising. From 2014-2016, he served as chair of the Political Communication section of the American Political Science Association. Ridout received his Ph.D. in political science from the University of Wisconsin-Madison in 2003, and his research on political campaigns, political advertising and campaign finance has appeared in the American Journal of Political Science, British Journal of Political Science, Journal of Politics, Political Communication, Political Behavior, Political Psychology, Annual Review of Political Science, and in several books and book chapters. Ridout’s most recent book, Political Advertising in the United States, was published in 2016.
Adam Linsky, Class of 2020
Adam worked on developing a topic classifier for Facebook political ads by combining text and audio data, building a machine learning approach to coding advertisements similar to the human coders working for the Wesleyan Media Project. The goal of the project was to develop an automated process for coding Facebook political advertisements that reached the accuracy standard of human coders, saving hundreds of hours spent hand-coding ads.
Duong Vu, Class of 2018
Duong worked on a classification model for political TV transcripts based on text similarity accompanied by a website that allowed researchers to interact with and filter through the results.
Elizaveta Kravchenko, Class of 2019
As an undergrad, Elizaveta researched various visualization strategies to strike a balance between efficient and effective presentation of WMP data. Utilizing softwares like VegaLite and D3, she developed an interface combining geographic and political ad data in an interactive graphic with the aim of making lab research more accessible to non lab members. She also served as a course assistant in Professor Franklin Fowler’s Media Analysis Fall 2018 course.
Tsun Lok Kwan, Class of 2021
Tsun worked on extracting, clustering and visualizing near-duplicate tokenized news stories from massive corpora obtained from Sinclair-owned television stations. Locality-sensitive hashing algorithms were used for collision-maximizing approximate nearest neighbor search to drastically reduce search space. The Smith-Waterman algorithm was adapted from protein sequencing to assess text similarity for NLP. LDA topic modelling was used to probabilistically derive unobserved groupings to cluster tokenized news broadcasts. t-SNE dimensionality reduction was used to compute the optimal embedding of high dimensional vectorized text in low dimensional space to accurately visualize topic clusters and finally wavelet image hashing and image histograms were used to efficiently extract and classify political advertisements
Courtney Page-Tan, Postdoctoral Fellow in Computational Social Science, Quantitative Analysis Center and Wesleyan Media Project, Wesleyan University
Courtney leverages her background in hyperlocal local social ties, public policy, urban and social resilience, GIS, social network analysis, and international relations to explain how urban planners and individuals can build resilience by proactively making investments into their online and offline social ties to mitigate negative outcomes of unexpected shocks and disturbances.
DELTA Lab is supported by The Wesleyan Media Project and The Quantitative Analysis Center.