Zweistein: A Dynamic Programming Evaluation Function for Einstein W\"urfelt Nicht!
Wei Lin. Hsueh, Tsan Sheng. Hsu

TL;DR
Zweistein is a data-driven dynamic programming evaluation function for Einstein W"urfelt Nicht! that outperforms traditional methods and won first place in the TCGA 2023 competition.
Contribution
It introduces a novel, data-centric evaluation function that eliminates parameter tuning and captures game state effectively.
Findings
Outperforms traditional evaluation functions
Wins first place in TCGA 2023 competition
Uses a distance vector to represent game state
Abstract
This paper introduces Zweistein, a dynamic programming evaluation function for Einstein W\"urfelt Nicht! (EWN). Instead of relying on human knowledge to craft an evaluation function, Zweistein uses a data-centric approach that eliminates the need for parameter tuning. The idea is to use a vector recording the distance to the corner of all pieces. This distance vector captures the essence of EWN. It not only outperforms many traditional EWN evaluation functions but also won first place in the TCGA 2023 competition.
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Taxonomy
TopicsArtificial Intelligence in Games · Stochastic Gradient Optimization Techniques · Computability, Logic, AI Algorithms
