| 2025 | HCI | Beyond Predictions: A Study of AI Strength and Weakness Transparency Communication on Human-AI Collaboration. | Tina Behzad, Nikolos Gurney, Ning Wang, David V. Pynadath |
| 2025 | HCI | Detecting AI Assistance in Abstract Complex Tasks. | Tyler King, Nikolos Gurney, John H. Miller, Volkan Ustun |
| 2024 | HCI | Operational Collective Intelligence of Humans and Machines. | Nikolos Gurney, Fred Morstatter, David V. Pynadath, Adam Russell, Gleb Satyukov |
| 2024 | HCI | Spontaneous Theory of Mind for Artificial Intelligence. | Nikolos Gurney, David V. Pynadath, Volkan Ustun |
| 2024 | ICAART | Assessing Routing Decisions of Search and Rescue Teams in Service of an Artificial Social Intelligence Agent. | Volkan Ustun, Ronit Jorvekar, Nikolos Gurney, David V. Pynadath, Yunzhe Wang |
| 2023 | AAAI | The Role of Heuristics and Biases during Complex Choices with an AI Teammate. | Nikolos Gurney, John H. Miller, David V. Pynadath |
| 2023 | HCI | My Actions Speak Louder Than Your Words: When User Behavior Predicts Their Beliefs About Agents' Attributes. | Nikolos Gurney, David V. Pynadath, Ning Wang |
| 2023 | HCI | The Design of Transparency Communication for Human-Multirobot Teams. | Ning Wang, David V. Pynadath, Nikolos Gurney |
| 2023 | Persuasive | Comparing Psychometric and Behavioral Predictors of Compliance During Human-AI Interactions. | Nikolos Gurney, David V. Pynadath, Ning Wang |
| 2022 | HCI | An Experimental Method for Studying Complex Choices. | Nikolos Gurney, Tyler King, John H. Miller |
| 2022 | HCI | Measuring and Predicting Human Trust in Recommendations from an AI Teammate. | Nikolos Gurney, David V. Pynadath, Ning Wang |
| 2022 | RO-MAN | Robots with Theory of Mind for Humans: A Survey | Nikolos Gurney, David V. Pynadath |
| 2022 | RO-MAN | Explainable Reinforcement Learning in Human-Robot Teams: The Impact of Decision-Tree Explanations on Transparency. | David V. Pynadath, Nikolos Gurney, Ning Wang |
| 2021 | WSC | Graph Neural Network Based Behavior Prediction to Support Multi-Agent Reinforcement Learning in Military Training Simulations. | Lixing Liu, Nikolos Gurney, Kyle McCullough, Volkan Ustun |