$EvoAl^{2048}$
Bernhard J. Berger (1, 2), Christina Plump (3), Rolf Drechsler, (4, 3) ((1) University of Rostock, Software Engineering Chair Rostock,, Germany, (2) Hamburg University of Technology, Institute of Embedded Systems,, Germany, (3) DFKI - Cyber-Physical Systems Bremen, Germany

TL;DR
This paper presents EvoAl, an open-source tool that uses model-driven optimization to develop interpretable AI policies for playing the game 2048, emphasizing explainability for safety-critical applications.
Contribution
It introduces a novel approach using model-driven optimization with EvoAl to generate interpretable policies for 2048, addressing explainability in AI decision-making.
Findings
Successfully developed an interpretable 2048 policy
Won the GECCO'24 Interpretable Control Competition
Demonstrated adaptability of the approach
Abstract
As AI solutions enter safety-critical products, the explainability and interpretability of solutions generated by AI products become increasingly important. In the long term, such explanations are the key to gaining users' acceptance of AI-based systems' decisions. We report on applying a model-driven-based optimisation to search for an interpretable and explainable policy that solves the game 2048. This paper describes a solution to the GECCO'24 Interpretable Control Competition using the open-source software EvoAl. We aimed to develop an approach for creating interpretable policies that are easy to adapt to new ideas.
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Taxonomy
TopicsExplainable Artificial Intelligence (XAI) · Adversarial Robustness in Machine Learning · Ethics and Social Impacts of AI
