Abstract- In this paper we show how an ant colony optimisation algorithm may be used to enumerate knight’s tours for variously sized chessboards. We have used the algorithm to enumerate all tours on 5x5 and 6x6 boards, and, while the number of tours on an 8x8 board is too large for a full enumeration, our experiments suggest that the algorithm is able to uniformly sample tours at a constant, fast rate for as long as is desired.
The number of knight's tours, i. e. Hamiltonian circuits, on an 8 8 chessboard is computed wit...
The classic puzzle of finding a closed knight’s tour on a chessboard consists of moving a knight fro...
AbstractKnight's tours are a fascinating subject. New lower bounds on the number of knight's tours a...
In this paper, we show how an ant colony optimisation algorithm may be used to enumerate knight\u27s...
In this paper, we show how an ant colony optimisation algorithm may be used to enumerate knight\u27s...
Abstract. In this paper we introduce an Ant Colony Optimisation (ACO) algorithm to find solutions fo...
AbstractThe knight's tour problem is an ancient puzzle whose goal is to find out how to construct a ...
A knight’s tour is a series of moves made by a knight visiting every square of an n x n chessboard e...
[[abstract]]The knight's tour problem has been studied for a very long period of time. The main purp...
AbstractThe knight's tour problem is an ancient puzzle whose goal is to find out how to construct a ...
Euler, Vandermonde, Dudeney, Schwesk, Berliner, Conrad and many others already considered knight’s t...
This study will try to determine which chessboards can hold a knight\u27s tour. A knight\u27s tour i...
We describe a computation that determined the number of knight's tours of a standard chessboard. We ...
Graph problems model many real life applications, where the quantity of the nodes often changes with...
The knight’s tour problem is a sub chess puzzle where the objective of the puzzle is to find combina...
The number of knight's tours, i. e. Hamiltonian circuits, on an 8 8 chessboard is computed wit...
The classic puzzle of finding a closed knight’s tour on a chessboard consists of moving a knight fro...
AbstractKnight's tours are a fascinating subject. New lower bounds on the number of knight's tours a...
In this paper, we show how an ant colony optimisation algorithm may be used to enumerate knight\u27s...
In this paper, we show how an ant colony optimisation algorithm may be used to enumerate knight\u27s...
Abstract. In this paper we introduce an Ant Colony Optimisation (ACO) algorithm to find solutions fo...
AbstractThe knight's tour problem is an ancient puzzle whose goal is to find out how to construct a ...
A knight’s tour is a series of moves made by a knight visiting every square of an n x n chessboard e...
[[abstract]]The knight's tour problem has been studied for a very long period of time. The main purp...
AbstractThe knight's tour problem is an ancient puzzle whose goal is to find out how to construct a ...
Euler, Vandermonde, Dudeney, Schwesk, Berliner, Conrad and many others already considered knight’s t...
This study will try to determine which chessboards can hold a knight\u27s tour. A knight\u27s tour i...
We describe a computation that determined the number of knight's tours of a standard chessboard. We ...
Graph problems model many real life applications, where the quantity of the nodes often changes with...
The knight’s tour problem is a sub chess puzzle where the objective of the puzzle is to find combina...
The number of knight's tours, i. e. Hamiltonian circuits, on an 8 8 chessboard is computed wit...
The classic puzzle of finding a closed knight’s tour on a chessboard consists of moving a knight fro...
AbstractKnight's tours are a fascinating subject. New lower bounds on the number of knight's tours a...