02016nas a2200301   4500000000100000000000100001008004100002653002500043653001600068653002500084653002100109653002200130653002200152653002200174653003400196653001500230653003600245653003500281653001900316653001800335653001900353100001200372700001500384245013600399856014700535490000600682520102600688                                       d10aClustering algorithm10aClusterings10aCurrent inheritances10aImage processing10aImages processing10aInnovation design10aInnovative design10aIntangible cultural heritages10aKANO model10aModern information technologies10aNon-heritage innovative design10aProduct design10aShape grammar10aShape grammars1 aRan Jia1 aJiaqi Wang00aResearch on Innovative Design of Intangible Cultural Heritage Integrating Traditional Handicrafts and Modern Information Technology  uhttps://www.scopus.com/inward/record.uri?eid=2-s2.0-85208283981&doi=10.2478%2famns-2024-3107&partnerID=40&md5=7204d4d7cdb344c2aade89714b8802cf0 v93 aThe current inheritance of traditional handicrafts has ushered in unprecedented historical opportunities and challenges. This paper explains the process of designing handicraft products that are not heritage-based by describing traditional handicraft products. Using image processing technology, the collected images are pre-processed, and after extracting the image features based on a clustering algorithm, the features are reorganized, deduced, and fused using shape grammar to achieve the purpose of NRH s innovative design. The Kano model is used to analyze the demand for non-heritage innovation design based on shape grammar. The top 5 user demand items of importance for NRH product innovation design are durability (0.7982) \textgreater utility (0.7906) \textgreater ethnic difference (0.7887) \textgreater regional culture (0.7223) \textgreater personalized design (0.7507). The combination of the Kano model and information technology enables precise positioning of the entire process of NRH innovation design.