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PhD candidate, Compliance by Design: Technical Challenges of EU AI Act Requirements and Their Ethica
Apply now The Faculty of Science and the Leiden Institute of Advanced Computer Science (LIACS) are looking for a: PhD candidate, Compliance by Design: Technical Challenges of EU AI Act Requirements
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: To investigate the diversity of forager shelters and establish the main factors that dictate their location and design WP2: to locate remnants of Palaeolithic shelters and their associated furniture through a
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(such as sexting and online gambling) and susceptibility to misinformation. To explore these challenges throughout adolescence, the SMART project aims to combine questionnaire design with the development
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to misinformation. To explore these challenges throughout adolescence, the SMART project aims to combine questionnaire design with the development of new behavioural experiments to understand adolescents’ online
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or equivalent (BSc or MSc) Ability to design and develop bioinformatics pipelines de novo, and adopt and execute available pipelines using metagenomics and metabolomics data. General genetic and biochemical
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liability and could result in reputation harm. The PhD researcher should contribute to the research in this field, with the freedom to design specific research projects. The overall aim of the project is to
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, or other types of political violence, armed conflict, or conflict processes. To align with TERGAP, the PhD candidate’s research is expected to develop a quantitative research design applying statistical
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predict and design models that can acquire a deeper understanding of video while learning from limited supervision. For insight into the supervisor’s current and previous works please refer to: Hazel
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world-class training to doctoral candidates (DCs) in EU ‘glocal’ counter-terrorism - thinking globally, responding locally; and (2) to generate scientific excellence and technological innovation in
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of Dr. Alfons Laarman and Dr. John van de Wetering; Design and implementation of quantum circuit compilation methods, including, but not limited to, simulation, verification, synthesis and optimization