PhD Thesis Proposal
Ross Hatton
PhD Student
Carnegie Mellon University, Mechanical Engineering

Mechanics of Locomotion

Event Location: GHC 6501Abstract: Animals often use gaits - cyclic changes in shape producing a net displacement - to move through their environments. In robotics, we are interested in planning motions for artificial systems that can match or exceed the locomotive capabilities of animals. A fundamental question of locomotion is "What are the characteristics of [...]

PhD Thesis Proposal
Michael Furlong
Carnegie Mellon University

A Biologically Grounded Approach to Science Autonomy

Event Location: NSH 3002Abstract: As we reach out to explore the universe time, distance, and danger compel us to use robotic proxies to conduct exploration missions. Limitations on or the absence of communications with our robotic explorers demand science autonomy. While exploring robots will encounter stimuli that are valuable for completing mission objectives. Robotic explorers [...]

PhD Thesis Proposal
Anoopum S. Gupta
Carnegie Mellon University

Hippocampal Representations and the Learning of Cognitive Maps

Event Location: GHC 4405Abstract: Understanding how neural circuits in the brain enable complex, flexible behavior is now a tangible endeavor. This has in large part been made possible by the ability to record from neurons in mammals, such as rats and monkeys, as the animals are performing a behavioral task. One can then ask how [...]

PhD Thesis Proposal
Colin Green
Carnegie Mellon University

Reducing Redundancies in the Search Space for Planning with Incomplete Information

Event Location: NSH 3305Abstract: Planning with uncertainty in the model of the environment is a common, and difficult, problem. Typically, any differences in the past observations between two states causes the planner to plan for them as completely different states. This work is based on the fact that not all past observations are relevant to [...]

PhD Thesis Proposal
Prasanna Velagapudi
Carnegie Mellon University

Distributed Planning for Large Teams

Event Location: NSH 1507Abstract: In many domains, teams of hundreds of agents must cooperatively plan to perform tasks in a complex, uncertain environment. Naively, this requires that each agent take into account every teammates' state, observation, and choice of action when making decisions about its own actions. This results in a huge joint policy space [...]

PhD Thesis Proposal
Hongwen Henry Kang
Carnegie Mellon University

Object Instance Discovery and Modeling

Event Location: NSH 1109Abstract: This thesis tackles the problem of automatically discovering and modeling objects from a collection of images from the Activities of Daily Living (ADL) environment. I propose an approach that can discover object instances under severe clutter, occlusion, changes of view point, heterogeneity of object appearance and imperfect segmentation. The proposed approach [...]

PhD Thesis Proposal
Siddharth Sanan
Carnegie Mellon University

Soft Robots for Safe Physical Human Interaction

Event Location: NSH 1507Abstract: Robots that can operate in human environments in a safe and robust manner would be of tremendous benefit to society in general, due to their immense potential as assistance providers to humans. However, robots to this day have seen limited application outside of the industrial setting in environments such as homes [...]

PhD Thesis Proposal
Maxim Makatchev
Carnegie Mellon University

Cross-cultural believability of robot characters

Event Location: NSH 1507Abstract: Believability of characters is an objective in literature, theater, animation, film, and other media. In human-computer interaction, believability of on-screen agents improves perceptual and behavioral responses to the character. Social scientists refer to this phenomenon as homophily---humans tend to associate and bond with similar others. In this thesis proposal, we first [...]

PhD Thesis Proposal
Umashankar Nagarajan
Carnegie Mellon University

Fast, Dynamic and Graceful Navigation for Balancing Mobile Robots

Event Location: GHC 4405Abstract: Personal mobile robots will soon be operating and closely interacting with us in human environments. They will offer a variety of assistive technologies that will augment our capabilities and enhance our lives. Dynamically stable mobile robots that actively balance can be effective personal mobile robots as they can be tall enough [...]