Olga Scrivner, Thuy Nguyen, Michael Ginda, Kosali Simon, Katy Börner
Interactive network visualization of opioid crisis research: a tool for reinforcing data linkage skills for public health policy researchers
Frontiers in artificial intelligence
miryoku engineering design concept based customer preferences goal creating attractive products spaces however traditional miryoku engineering faces two main issues 1 upper kansei factor ranks weights number mentions represent importance customers 2 mapping connection upper kansei factor lower specific conditions adopts statistical analysis method easily leads omission key information development computerbased artificial intelligence repeatedly simulates human thinking simple calculation rules advantages fewer errors faster speed therefore threelevel evaluation grid diagram platform established miryoku engineering paper first uses grey relationship analysis comprehensively evaluate priority order kansei words secondly key kansei factors morphological deconstruction table connects original reasons specific conditions established orthogonal design used screen representative combinations design elements create sample models using 3d software finally neural network used establish mapping function key kansei factors representative product design elements based perceptually attractive product design discovered case study automobile booth used validate effectiveness proposed method significantly improve exhibitor design decisions attendees satisfaction