We present a method for automatically solving apictorial jigsaw puzzles that is based on an extension of the method of differential invariant signatures. Our algorithms are designed to solve challenging puzzles, without having to impose any restrictive assumptions on the shape of the puzzle, the shapes of the individual pieces, or their intrinsic arrangement. As a demonstration, the method was successfully used to solve two commercially available puzzles. Finally we perform some preliminary investigations into scalability of the algorithm for even larger puzzles. Keywords: jigsaw puzzle, curvature, Euclidean signature, bivertex arc, piece fitting, piece lockin
Abstract We proposed a method to solve the jigsaw puzzle by the computer. This method employs both t...
Abstract—In this paper, we consider the square jigsaw puzzle problem in which one is required to rea...
Jigsaw-puzzle solving is necessary in many applications, including biology, archaeology, and every-d...
We present a method for automatically solving apictorial jigsaw puzzles that is based on an extensio...
AbstractWe present a new algorithm for automatically solving jigsaw puzzles by shape alone. The algo...
We present a new formulation to automatically solve jigsaw puzzles considering only the information ...
This paper proposes an algorithm for solving subsets of typical (canonical) jigsaw puzzles. This alg...
This thesis describes a new approach to automatic assembly of classical jigsaw puzzles by computer. ...
We propose a novel mathematical framework to address the problem of automatically solving large jigs...
This paper describes a program to solve any jigsaw-puzzle involving pieces of polygonal shape. An e...
We present a method for the automatic assembly of apictorial jigsaw puzzles. This method relies on i...
In this paper we introduce new types of square-piece jigsaw puzzles, where in addition to the unknow...
Abstract. We present a novel algorithm based on “loop constraints ” for assem-bling non-overlapping ...
Abstract—A jigsaw puzzle solver reconstructs the original image from a given collection of non-overl...
Abstract: Problem statement: To design, implement, and test an algorithm for solving the square jigs...
Abstract We proposed a method to solve the jigsaw puzzle by the computer. This method employs both t...
Abstract—In this paper, we consider the square jigsaw puzzle problem in which one is required to rea...
Jigsaw-puzzle solving is necessary in many applications, including biology, archaeology, and every-d...
We present a method for automatically solving apictorial jigsaw puzzles that is based on an extensio...
AbstractWe present a new algorithm for automatically solving jigsaw puzzles by shape alone. The algo...
We present a new formulation to automatically solve jigsaw puzzles considering only the information ...
This paper proposes an algorithm for solving subsets of typical (canonical) jigsaw puzzles. This alg...
This thesis describes a new approach to automatic assembly of classical jigsaw puzzles by computer. ...
We propose a novel mathematical framework to address the problem of automatically solving large jigs...
This paper describes a program to solve any jigsaw-puzzle involving pieces of polygonal shape. An e...
We present a method for the automatic assembly of apictorial jigsaw puzzles. This method relies on i...
In this paper we introduce new types of square-piece jigsaw puzzles, where in addition to the unknow...
Abstract. We present a novel algorithm based on “loop constraints ” for assem-bling non-overlapping ...
Abstract—A jigsaw puzzle solver reconstructs the original image from a given collection of non-overl...
Abstract: Problem statement: To design, implement, and test an algorithm for solving the square jigs...
Abstract We proposed a method to solve the jigsaw puzzle by the computer. This method employs both t...
Abstract—In this paper, we consider the square jigsaw puzzle problem in which one is required to rea...
Jigsaw-puzzle solving is necessary in many applications, including biology, archaeology, and every-d...