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This study proposes an integrated KANO-AHP-TOPSIS framework to translate systematically user needs into optimized designs for silk home storage systems. The methodology progresses through three phases: KANO-based identification of critical demand attributes, AHP-driven quantification and prioritization of requirements, and TOPSIS-enabled multidimensional solution evaluation. Empirical validation demonstrates its effectiveness in capturing functional priorities and establishing a systematic demand-to-design translation mechanism, offering a replicable paradigm for intelligent home storage development through coordinated requirement weighting, environmental adaptation, and interactive optimization.

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Research on the Product Design Method of Silk Fabric Storage Box Based on User Needs

  • 会议论文

  • 发表日期：

    2026年

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  • Congqian Zhang,
  • Bo Li

摘要

This study proposes an integrated KANO-AHP-TOPSIS framework to translate systematically user needs into optimized designs for silk home storage systems. The methodology progresses through three phases: KANO-based identification of critical demand attributes, AHP-driven quantification and prioritization of requirements, and TOPSIS-enabled multidimensional solution evaluation. Empirical validation demonstrates its effectiveness in capturing functional priorities and establishing a systematic demand-to-design translation mechanism, offering a replicable paradigm for intelligent home storage development through coordinated requirement weighting, environmental adaptation, and interactive optimization.