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职业迁徙
个人简介
My research focuses on an area of Artificial Intelligence called Automated Planning; a field dedicated to synthesizing and executing strategies in an automated fashion in order to achieve a given goal. E.g., plans that enable a robot to perform a complex set of tasks in order to achieve an objective. In particular, I developed methods for planning under the assumption that we cannot control the outcomes of our actions fully (i.e., they are non-deterministic).
Recent work applies automated planning techniques to the fields of multi-agent planning and epistemic reasoning. My research aim is to devise new methods for relaxing two common assumptions found in Automated Planning: omniscience (where agents are all-knowing about the world) and omnipotence (where the planning agent assumes control over all other agents).
Recent work applies automated planning techniques to the fields of multi-agent planning and epistemic reasoning. My research aim is to devise new methods for relaxing two common assumptions found in Automated Planning: omniscience (where agents are all-knowing about the world) and omnipotence (where the planning agent assumes control over all other agents).
研究兴趣
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Todd W. Neller, Pia Bideau, David Bierbach,Wolfgang Hönig,Nir Lipovetzky,Christian Muise, Lino Coria, Claire Wong, Stephanie Rosenthal,Yu Lu,Ming Gao, Jingjing Zhang
AAAI 2024no. 21 (2024): 23370-23371
ICAPSno. 1 (2023): 417-426
KRpp.752-756, (2023)
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CoRR (2023)
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Ethan Callanan, Rebecca De Venezia, Victoria Armstrong, Alison Paredes,Tathagata Chakraborti,Christian Muise
arxiv(2022)
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