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increasingly autonomous and agentic models. The research will examine frontier AI systems that interact with operating systems, APIs, software tools, other agents, and complex environments, moving beyond text
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particular focus on increasingly autonomous and agentic models. The research will examine frontier AI systems that interact with operating systems, APIs, software tools, other agents, and complex environments
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-on projects. The successful applicant will be committed to our research on decision-making for autonomous systems. Our work focuses on mission planning under uncertainty, and sequential decision-making more
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will also investigate process optimisation algorithms, providing a route toward autonomous optimisation and ultimately enabling long term stable operation under variable load conditions. This post is
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explores the emerging risk landscape posed by the deployment of autonomous LLMs that can execute tasks, manipulate system settings, and interface with web services—moving beyond mere text generation to real
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, specify, implement, and evaluate advanced capabilities such as spontaneous agent generation. Collaborative agentic AI agents will autonomously allocate resources, compose services, monitor and optimise, and
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; multi-modal scene sensing and interpretation; pre-harvest fruit quality assessment; and perception algorithms for autonomous crop harvesting. We are particularly interested in applicants with experience