| 2026 | SIGCSE | Curriculum Design for Physiological Computing/AI. | Marvin Andujar, Chris S. Crawford |
| 2026 | SIGCSE | 'It Wasn't As Bad As I Thought': Exploring K-12 Students' Experiences with Real-Time and Pre-Recorded Physiological Data. | Vincent Ingram, Myles Lewis, Wesley Cade Junkins, Chris S. Crawford |
| 2025 | CHI | PhysioBots: Engaging K-12 Students with Physiological Computing and Robotics. | Myles Lewis, Pranay Joshi, Wesley Cade Junkins, Vincent Ingram, Chris S. Crawford |
| 2025 | ICCV | RF -ChessSIGN: Radar-enabled Human-Computer Interaction in a Real- Time Sign Language-Controlled Game. | Kenneth DeHaan, Emre Kurtoglu, Sabyasachi Biswas, Caroline Kobek Pezzarossi, Darrin J. Griffin, Chris S. Crawford, Ali Cafer Grbz, Evie Malaia, Abraham Glasser, Raja S. Kushalnagar, Sevgi Zbeyde Grbz |
| 2025 | SIGCSE | PhysioML: A Web-Based Tool for Machine Learning Education with Real-Time Physiological Data. | Bryan Y. Hernndez-Cuevas, Myles Lewis, Wesley Junkins, Chris S. Crawford, Andr R. Denham, Feiya Luo |
| 2025 | SIGCSE | Collaborative Design of a Week-long Physiological Computing Summer Camp with Elementary Teachers. | Feiya Luo, Amy Hutchison, Chris S. Crawford, Fatema Nasrin, Idowu David Awoyemi |
| 2024 | HCI | Towards Blockchain-Based Incentives for STEM Education. | Myles Lewis, Chris S. Crawford |
| 2024 | HCI | Maximizing Efficiency in Real-Time Invariant Object Detection: A Multi-algorithm Approach. | Chanakya Thirumala Setty, Chris S. Crawford |
| 2024 | HRI | BCI Exploration of User Responses to Vulnerable and Expressive Robot Behaviors. | Roya Salehzadeh, Harish Bezawada, Chris S. Crawford |
| 2024 | SIGCSE | Novel Insights into Elementary Girls' Experiences in Physiological Computing. | Feiya Luo, Ruohan Liu, Idowu David Awoyemi, Chris S. Crawford, Fatema Nasrin |
| 2022 | HCI | MTeacher: A Gamified and Physiological-Based Web Application Designed for Machine Learning Education. | Bryan Y. Hernndez-Cuevas, Chris S. Crawford |
| 2021 | HRI | Towards Web-based Environments for Prototyping Social Robot Applications. | Brisaac Johnson, Bryan Y. Hernndez-Cuevas, Utkarsh Singh, Chris S. Crawford, Vishesh Vikas, Andr R. Denham |
| 2021 | ICASSP | Word-Level ASL Recognition and Trigger Sign Detection with RF Sensors. | Mohammad Mahbubur Rahman, Emre Kurtoglu, Robiulhossain Mdrafi, Ali Cafer Grbz, Evie Malaia, Chris S. Crawford, Darrin J. Griffin, Sevgi Zubeyde Gurbuz |
| 2021 | SIGCSE | Towards Applying Real Time Physiological Data and Gamification to Machine Learning Educational Systems. | Bryan Y. Hernndez-Cuevas, Chris S. Crawford |
| 2020 | CHI | Changing Minds: Exploring Brain-Computer Interface Experiences with High School Students. | Bryan Hernandez-Cuevas, William Egbert, Andr R. Denham, Ajay Mehul, Chris S. Crawford |
| 2019 | HRI | Leveraging Neurophysiological Information to Augment Interpretation of Responses to Vulnerable Robot Behaviors. | Amanda K. Holloman, William Egbert, Pierce Stegman, Nicholas Cioli, Chris S. Crawford |
| 2018 | HCI | WebBCI: An Electroencephalography Toolkit Built on Modern Web Technologies. | Pierce Stegman, Chris S. Crawford, Jeff Gray |
| 2018 | SIGCSE | Brain-Computer Interface for Novice Programmers. | Chris S. Crawford, Christina Gardner-McCune, Juan E. Gilbert |
| 2017 | HCI | NeuroSnap: Expressing the User's Affective State with Facial Filters. | Ryan Lieblein, Camille Hunter, Sarah Garcia, Marvin Andujar, Chris S. Crawford, Juan E. Gilbert |
| 2015 | CHI | Using Cr-Y Components to Detect Tongue Protrusion Gestures. | Chris S. Crawford, Stephen W. Bailey, Carmen Badea, Juan E. Gilbert |
| 2015 | HCI | User Experience Evaluation Towards Cooperative Brain-Robot Interaction. | Chris S. Crawford, Marvin Andujar, France Jackson, Sekou L. Remy, Juan E. Gilbert |
| 2015 | HCI | Televoting: Secure, Overseas Voting. | Chris S. Crawford, Naja A. Mack, Wanda Eugene, Juan E. Gilbert |
| 2015 | HRI | Towards Analyzing Cooperative Brain-Robot Interfaces Through Affective and Subjective Data. | Chris S. Crawford, Juan E. Gilbert |
| 2015 | ICRA | Affecting operator trust in intelligent multirobot surveillance systems. | Shameka Dawson, Chris S. Crawford, Edward Dillon, Monica Anderson |