Human-Computer Collaborative Bionic Lamps Design Based On Morphological Fusion Intelligent Tool

With the acceleration of urban modernization,the market size of lighting fixtures is increasing.In modern home life,bionic lamps are loved by users and designers because of their unique shapes and design techniques.At the same time,with the quick development of related technologies in the field of artificial intelligence,more and more intelligent tools have been developed and widely used in various industries,which also promotes the emergence of the concept of human-computer collaborative design.In the field of product design,intelligent design tools related to artificial intelligence technology are a hot spot in the academic and industry circles,but they have not been widely used.This article takes the design of bionic lamps as an entry point,explores the application form of artificial intelligence in the field of form fusion intelligent tools in bionic design,and the innovation of bionic design methods and design processes under the human-machine collaboration mode,and based on this to design bionic lamps practice.Through the practical exploration of applying morphological fusion intelligent tools to product design,the application of artificial intelligence in the field of product design is verified.This paper first studies the background and research status of the subject,and determines the research content,research methods,innovation points and subject framework.Then research and analyze the theories related to the subject,and explore the correlation between bionic design,form fusion intelligent tools,perceptual design and emotional design.Based on the practice and training of bionic lamps and morphological fusion intelligent tools,it is combined with target users and user needs.On this basis,the author puts forward the man-machine collaborative design method and practice process combining form fusion intelligent tools and perceptual design,as well as new opportunities for value creation,and uses the practical results to verify user satisfaction and new ideas through user testing.Feasibility of biomimetic design methods.