| 2025 | CHASE | Personalized Eating Detection From Wrist Motion. | Yu Xuan, Adam W. Hoover |
| 2022 | ICPR | A New Video Dataset for Recognizing Intake Gestures in a Cafeteria Setting. | Zeyu Tang, Adam W. Hoover |
| 2019 | BSN | A Comparison of Finger and Wrist Motion Tracking to Detect Bites during Food Consumption. | Basil Lin, Adam W. Hoover |
| 2016 | CHASE | Automatic Detection of Periods of Eating Using Wrist Motion Tracking. | Surya Sharma, Phillip Jasper, Eric Muth, Adam W. Hoover |
| 2016 | CHASE | Recognizing Eating Gestures Using Context Dependent Hidden Markov Models. | Yiru Shen, Eric Muth, Adam W. Hoover |
| 2006 | IROS | Handling Uncertainty due to the Delay Between Complex Sensing and Manipulation in an Industrial Workcell. | Yanfei Liu, Adam W. Hoover, Ian D. Walker |
| 2004 | CVPR | Threshold Selection as a Function of Region Count Stability. | Li Yu, Adam W. Hoover |
| 2003 | IROS | A new generic model for vision based tracking in robotics systems. | Yanfei Liu, Adam W. Hoover, Ian D. Walker, Ben Judy, Mathew Joseph, Charly Hermanson |
| 2003 | MICCAI | Drusen Detection in a Retinal Image Using Multi-level Analysis. | Lee Brandon, Adam W. Hoover |
| 2002 | ICRA | Experiments using a Sensor Network Based Workcell for Industrial Robots. | Yanfei Liu, Adam W. Hoover, Ian D. Walker |
| 2001 | IROS | Sensor network based workcell for industrial robots. | Yanfei Liu, Adam W. Hoover, Ian D. Walker |
| 2000 | CVPR | Sensor Networked Mobile Robotics. | Thomas Christensen, Mads Noergaard, Claus B. Madsen, Adam W. Hoover |
| 2000 | ICRA | Sensor Network Perception for Mobile Robotics. | Adam W. Hoover, Bent David Olsen |
| 1999 | ICRA | A Real-Time Occupancy Map from Multiple Video Streams. | Adam W. Hoover, Bent David Olsen |
| 1998 | AMIA | Locating blood vessels in retinal images by piece-wise threshold probing of a matched filter response. | Adam W. Hoover, Valentina Kouznetsova, Michael H. Goldbaum |
| 1998 | CVPR | Fuzzy Convergence. | Adam W. Hoover, Michael H. Goldbaum |
| 1994 | WACV | A methodology for evaluating range image segmentation techniques. | Adam W. Hoover, Gillian Jean-Baptiste, Dmitry B. Goldgof, Kevin W. Bowyer |