Algorithmic Decision-making
Companies and governments the world over are adopting algorithmic and automated decision-making at an alarming rate. Governments around the world are introducing regulatory mechanisms to dampen the negative impacts of these useful tools. Establishing a regulatory landscape is necessary to prevent perpetuating or introducing biases in these processes. Yet, these are active and secondary.
The alternative is to make algorithms inherently trustworthy through their design and implementation. My research looks at how to design and implement algorithms to achieve fair decision-making practise.
My works:
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Paper: Recovering From Structural Instability In Nuclear Power Design Optimization - Nuclear Science & Engineering 2024
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Conference Paper: Structural Stability Analysis in Nuclear Power Design Optimisation - M&C - Niagara Falls 2023
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Lecture and Paper: Prospecting Through a Straw: How the Global Drive for Cost Savings Compete with Non-proliferation Security - NATO Early Career's Nuclear Strategist's Workshop - Rome 2023
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Blog: Nuclear Power: Rebuilding Trust in an Audit Agenda - 2024
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Presentation and Panel: Prospecting Through a Straw: How the Global Drive for Cost Savings Compete with Non-proliferation Security - UK PONI Annual Conference - London 2023
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Conference Paper: Intra-optimisation Objective Expansion Applied to Nuclear Fuel Design and Investigation of its Effects on Search Space Coverage - PHYSOR - Pittsburgh 2022
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Conference Paper: Acceleration of Multi-objective Optimisation Calculations for Nuclear Burnup Studies using Intra-optimisation Objective Expansion - M&C - North Carolina 2021