Batik is an Indonesian national heritage which has been recognised as a world cultural heritage (world heritage). Batik is widely used as clothing material. The advancement of technology allowed the material optimisation in clothing design. Geometrical information about abatik image is required in a module for optimising clothing design with batik as a raw material. Geometric feature extraction of batik image is used to help a computer to recognise batik's pattern or motif. This research proposes a method for geometric feature extraction of batik image by using cardinal spline curve representation. The method for geometric feature extraction is divided into 2 processes, i.e., feature extraction for Klowongan and feature extraction for Isen-Isen. Klowongan represents the pattern of batik image, whereas Isen-Isen is content patterns of Klowongan. Feature extraction of Klowongan is performed by deleting collinear points from object boundaries until the dominant points are obtained. The dominant points are then used as control points. Feature extraction of Isen-Isen is performed by saving coordinates of every connected component which are also used as control points. Geometricfeature of batik image is represented as a set of control points of klowongan and isen-isen. Batik image can be reconstructed by drawing cardinal spline curve using a set of control points in the geometric representation. The experiment shows that the reconstructed image is visually similar tothe original batik image.
|Number of pages||8|
|Journal||Telkomnika (Telecommunication Computing Electronics and Control)|
|Publication status||Published - Feb 2014|
- Cardinal spline
- Curve representation
- Geometric feature extraction