The Center for Complexity and Emerging Technologies (COMET) is an interdisciplinary research laboratory under the Advanced Research Institute for Informatics, Computing, and Networking (AdRIC) at De La Salle University. Our mission is to enhance our understanding of emergent phenomena in real-life systems (i.e. cities, mobility), sociotechnical systems (i.e. social networking sites, Wikipedia), and human-computer interactions. We develop computational models which are then used in the design of interactive tools, information systems, and interaction techniques.
Recent Publications
View allWHOA 2021
When the Echo Chamber Shatters: Examining the Use of Community-Specific Language Post-Subreddit Ban
Milo Trujillo, Sam Rosenblatt, Guillermo de Anda Jáuregui, Emily Moog, Briane Paul V. Samson, Laurent Hébert-Dufresne & Allison M. Roth
CHI 2021
Joshua C. Manzano, Adrienne Francesca O. Soliven, Antonio Miguel B. Llamas, Shenn Margareth V. Tinsay, Briane Paul V. Samson & Rafael A. Cabredo
Philippine Science Letters
Analysis of the co-authorship network of Filipino researchers in deep learning
Angelyn R. Lao, Unisse C. Chua & Briane Paul V. Samson
Prevention of H5N6 outbreaks in the Philippines using optimal control
Abel G. Lucido, Robert Smith? & Angelyn R. Lao
Philippine Journal of Science
Juan Miguel Augusto M. Feria, Michael Lawrence S. Oliva, Briane Paul V. Samson & Angelyn R. Lao
CHI 2020 Late-Breaking Work - Hawai'i, USA
Are Two Heads Better than One? Exploring Two-Party Conversations for Car Navigation Voice Guidance
Briane Paul V. Samson & Yasuyuki Sumi
ViTune: A Visualizer Tool to Allow the Deaf and Hard of Hearing to See Music with Their Eyes
Jordan Aiko Deja, Alexczar Dela Torre, Hans Joshua Lee, Jose Florencio Ciriaco IV & Carlo Miguel Eroles
Philippine Journal of Science
Juan Miguel Augusto M. Feria, Michael Lawrence S. Oliva, Briane Paul V. Samson & Angelyn R. Lao
CHI 2019 - Glasgow, Scotland UK
Exploring Factors that Influence Connected Drivers to (Not) Use or Follow Recommended Optimal Routes
Briane Paul V. Samson & Yasuyuki Sumi
Projects
An online tool to convert differential equations to chemical reactions in CoNtRol, ERNEST, and CRNToolbox formats.
An interactive visualization that explores the suitability of evacuation centers in Marikina City, Philippines. Grand Prize winner of the VizRisk Challenge 2019.