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Merge pull request #32 from MuvvalaKaran/main
Updated References with DOIs and added personal profile description
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email: [email protected] | ||
program: PhD Student | ||
status: current | ||
picture: /assets/images/karan_muuvala_304.jpg | ||
picture: /assets/images/karan_muuvala_304.jpg | ||
picture-link: https://muvvalakaran.github.io/ | ||
header-link: https://muvvalakaran.github.io/ | ||
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generate-extra-page: false | ||
excerpt_separator: <!--more--> | ||
picture-link: | ||
header-link: | ||
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Hey, I am Karan, a first-year Ph.D. student in the Aerospace Engineering Dept. at CU. I did my undergrad in India and Master’s in Mechanical Engineering at CU Boulder. At ARIA Systems group I work on developing theories and algorithms that enable robots to operate safely, robustly, and efficiently in unknown and dynamic environments. Currently, I am working on _Verifying_ the safety of complex autonomous systems modeled as neural networks and guaranteeing their safety using Barrier Methods for Safe Autonomy. I am also working on _Synthesizing_ high-level strategies for a robotic manipulator operating in the presence of a human using game-theoretic approaches to enable more human-like behavior for robots. My current research interest includes Formal Methods, Verification and Planning for Autonomous systems, Game Theory, and Control Theory. | ||
Hey, I am Karan, a Ph.D. student in the Aerospace Engineering Dept. at CU. I did my undergrad in India and Master’s in Mechanical Engineering at CU Boulder. At ARIA Systems group, I work on developing theories and algorithms that enable robots to operate safely, robustly, and efficiently in unknown and dynamic environments. Currently, I am working on _Synthesizing_ high-level strategies for a robot operating in the presence of humans using game-theoretic approaches. I have also worked on _Verifying_ the safety of complex systems modeled as neural networks and guaranteeing their safety using Barrier Methods for Safe Autonomy. My current research interest includes Formal Methods, Verification and Planning for Autonomous systems, Game Theory, and Control Theory. |