PhD Thesis Defense

Abstract: Multi-agent robotic teaming is the only realistic solution to many large-scale autonomous operations. Conventionally, operations are modeled as a set of tasks that are largely decoupled from each other and the environment at execution time. However, this operational model fails when the successful execution of a task requires multiple agents to synchronize their actions […]

Abstract: With the popularity of Virtual Reality (VR), Augmented Reality (AR), and other 3D applications, developing methods that let everyday users capture and create their own 3D content has become increasingly essential. However, current 3D creation pipelines often require either tedious manual effort or specialized capture setups. Additionally, resulting assets often suffer from baked-in lighting, […]

Abstract: Robotic algorithms rarely come perfectly pre-configured, and when choosing parameters, tradeoffs must often be made: between performance and robustness; efficiency and safety; the comfort of the user and the comfort of bystanders. While engineers can tune parameters by hand or carefully design reward functions to optimize over, this is not always a straightforward task. […]

Abstract: The healthcare system prioritizes reactive care for acute illnesses, often overlooking the ongoing needs of individuals with chronic conditions that require long-term management and personalized care. Addressing this gap through technology can empower patients to better manage their conditions, greatly enhancing quality of life and independence. Multimodal sensing, incorporating inertial, acoustic, and vision-based sensors, […]

Abstract: Modern computer vision has achieved remarkable success in tasks such as detecting, segmenting, and estimating human pose in images and videos—often reaching or even surpassing human-level performance. However, significant challenges remain in predicting and analyzing future human motion. This thesis explores how vision-based methods can improve the fidelity and accuracy of human motion modeling […]

Abstract: As robots are increasingly deployed in real-world environments, their perception systems face growing demands. Tasks such as tracking and manipulation require maps with both high spatial fidelity and detailed object-level organization, which must be delivered faster to support timely decision-making and control. Concurrently, advances in vision foundation models allow us to build powerful prediction […]