AbstractIn 1905 Bouton gave the complete theory of a two-player combinatorial game: the game of Nim. Two years later, Wythoff defined his game as “a modification” of the game of Nim. In this paper, we give the sets of the losing positions of geometrical extensions of Wythoff’s game, where allowed moves are considered according to a set of vectors (v1,…,vn). When n=3, we present algorithms and algebraic characterizations to determine the losing positions of such games. In the last part, we investigate a bounded version of Wythoff’s game, and give a polynomial way to decide whether a game position is losing or not
AbstractWe adjoin to the generalized Wythoff game three subsets of its P-positions as moves, resulti...
We propose a variation of Wythoff's game on three piles of tokens, in the sense that the losing posi...
We propose a variation of Wythoff's game on three piles of tokens, in the sense that the losing pos...
AbstractWe consider extensions and restrictions of Wythoff's game having exactly the same set of P p...
One single Queen is placed on an arbitrary starting position of a (large) Chess board. Two players a...
We study extensions of the classical impartial combinatorial game of Wythoff Nim. The games are play...
AbstractWe adjoin to the generalized Wythoff game three subsets of its P-positions as moves, resulti...
We relax the hypothesis of a recent result of A. S. Fraenkel and U. Peled on certain complementary s...
AbstractNimhoff designates a class of two-player perfect-information combinatorial games. Let R ⊆ (L...
International audienceWe consider extensions and restrictions of Wythoff's game having exactly the s...
Wythoff's game is a century old classical two players combinatorial game. When studying this game, B...
The 2-player impartial game of Wythoff Nim is played on two piles of tokens. A move consists in remo...
The 2-player impartial game of Wythoff Nim is played on two piles of tokens. A move consists in remo...
Wythoff s game is a variation of Nim, a two-pile game in which each player removes counters in turn ...
We relate the Sierpinski triangle and the game of Nim. We begin by defining both a new high-dimensio...
AbstractWe adjoin to the generalized Wythoff game three subsets of its P-positions as moves, resulti...
We propose a variation of Wythoff's game on three piles of tokens, in the sense that the losing posi...
We propose a variation of Wythoff's game on three piles of tokens, in the sense that the losing pos...
AbstractWe consider extensions and restrictions of Wythoff's game having exactly the same set of P p...
One single Queen is placed on an arbitrary starting position of a (large) Chess board. Two players a...
We study extensions of the classical impartial combinatorial game of Wythoff Nim. The games are play...
AbstractWe adjoin to the generalized Wythoff game three subsets of its P-positions as moves, resulti...
We relax the hypothesis of a recent result of A. S. Fraenkel and U. Peled on certain complementary s...
AbstractNimhoff designates a class of two-player perfect-information combinatorial games. Let R ⊆ (L...
International audienceWe consider extensions and restrictions of Wythoff's game having exactly the s...
Wythoff's game is a century old classical two players combinatorial game. When studying this game, B...
The 2-player impartial game of Wythoff Nim is played on two piles of tokens. A move consists in remo...
The 2-player impartial game of Wythoff Nim is played on two piles of tokens. A move consists in remo...
Wythoff s game is a variation of Nim, a two-pile game in which each player removes counters in turn ...
We relate the Sierpinski triangle and the game of Nim. We begin by defining both a new high-dimensio...
AbstractWe adjoin to the generalized Wythoff game three subsets of its P-positions as moves, resulti...
We propose a variation of Wythoff's game on three piles of tokens, in the sense that the losing posi...
We propose a variation of Wythoff's game on three piles of tokens, in the sense that the losing pos...