Abstract: Method, system, and computer-readable storage media for image conversion. A first image in a raster format is preprocessed to form a second image. Further, the second image is converted into grayscale to create a third image. Furthermore, the third image is denoised and smoothened to create a fourth image. A fifth image is created based on the fourth image by at least adding borders to objects in the third image. Further, a layering of the objects is first determined within the fifth image. Also, the objects in the fifth image are highlighted to create a sixth image. A graph schema is generated based on the fifth and/or sixth image. Based on the graph schema, edges of the objects within the sixth image are identified. Further, the sixth image is ungrouped based on the identified edges of the objects, the ungrouping generates an individual vector image for each of the objects.

Abstract: Method, system, and computer-readable storage media for image conversion. A first image in a raster format is preprocessed to form a second image. Further, the second image is converted into grayscale to create a third image. Furthermore, the third image is denoised and smoothened to create a fourth image. A fifth image is created based on the fourth image by at least adding borders to objects in the third image. Further, a layering of the objects is first determined within the fifth image. Also, the objects in the fifth image are highlighted to create a sixth image. A graph schema is generated based on the fifth and/or sixth image. Based on the graph schema, edges of the objects within the sixth image are identified. Further, the sixth image is ungrouped based on the identified edges of the objects, the ungrouping generates an individual vector image for each of the objects.