Invariant games
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Publication:986552
DOI10.1016/j.tcs.2010.05.007zbMath1198.91051OpenAlexW2913086079MaRDI QIDQ986552
Publication date: 11 August 2010
Published in: Theoretical Computer Science (Search for Journal in Brave)
Full work available at URL: https://doi.org/10.1016/j.tcs.2010.05.007
Related Items (17)
Computational Hardness of Multidimensional Subtraction Games ⋮ Book review of: E. R. Berlekamp et al., Winning ways for your mathematical plays. ⋮ Adjoining to (K,s,t)-Wythoff's game its P-generators as moves ⋮ From heaps of matches to the limits of computability ⋮ Invariant and dual subtraction games resolving the Duchêne-Rigo conjecture ⋮ The \(\star\)-operator and invariant subtraction games ⋮ Partition games ⋮ Two variants of Wythoff's game preserving its \(\mathcal P\)-positions ⋮ From Combinatorial Games to Shape-Symmetric Morphisms ⋮ Patterns in the generalized Fibonacci word, applied to games ⋮ Deciding game invariance ⋮ The switch operators and push-the-button games: a sequential compound over rulesets ⋮ Rulesets for Beatty games ⋮ Nonhomogeneous Beatty Sequences Leading to Invariant Games ⋮ Simplicial complexes are game complexes ⋮ Unnamed Item ⋮ SELF-SIMILARITY OF 𝒫-POSITIONS OF (2n + 1)-DIMENSIONAL WYTHOFF’S GAME
Cites Work
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- Extensions and restrictions of Wythoff's game preserving its \(\mathcal P\) positions
- Cubic pisot unit combinatorial games
- Geometrical extensions of Wythoff's game
- Heap games, numeration systems and sequences
- A new heap game
- A generalization of Wythoff's game
- A morphic approach to combinatorial games: the Tribonacci case
- How to Beat Your Wythoff Games' Opponent on Three Fronts
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