1. Image segmentation: One-stroke algorithm can be used for image segmentation, and the image can be divided into multiple parts by finding the connected areas in the image. This method can effectively process complex images, such as city maps and circuit diagrams.
2. Image recognition: One-stroke algorithm can be used for image recognition. By analyzing the connectivity in the image, we can identify the objects in the image. Such as buildings, roads, rivers, etc. It can be identified by a one-stroke algorithm.
3. Image compression: One-stroke algorithm can be used for image compression, and the image compression ratio can be improved by reducing redundant information in the image. This method can effectively reduce the storage space and transmission bandwidth of images.
4. Image enhancement: One-stroke algorithm can be used for image enhancement, and the image quality can be improved by changing the connectivity in the image. For example, one-stroke algorithm can be used to remove the noise in the image and improve the clarity of the image.
5. Image generation: An algorithm can be used to generate images. By controlling the connectivity in an image, an image with a specific shape and structure can be generated. This method can be used to generate artistic images, design patterns and so on.
Generally speaking, the application of the mathematical principle of one stroke in image processing is mainly to realize the functions of image segmentation, recognition, compression, enhancement and generation by analyzing and calculating the connectivity in the image.