Optimized soft frame design of traditional printing and dyeing process in Xiangxi based on pattern mining and edge-driven scene understanding

Traditional folk crafts are handicrafts and corresponding activities created by Chinese working people in all ages to meet their material spiritual needs using various materials handicrafts. It reflects the general characteristics of arts crafts, but also shows distinctive personality national culture. The printing dyeing process Miao Nationality Xiangxi Southeast Guizhou has this characteristic, which once brought a lot convenience people's life became an important part at that time. art carries things its form, so it high esthetic value, cultural value profound connotation. Therefore, optimization design traditional framework is worth studying. In paper, through big data pattern mining algorithm scene understanding algorithm, system constructed, for model, edge-driven model applied systematic study. designed simulated testing on different sets. Reflecting from experimental result, we can conclude proposed efficient.