Currently, the replacement of tobacco formulation materials is carried out through formulation experiments and experts tasting, which is problematic due to the multitude of material options and complex combinations. It has two weaknesses, a high number of ineffective experiments and significant human resource investment. This paper propose a method based on the Classification Base of Association (CBA) for mining historical formulation material usage rules, which has constructed a scoring recommendation model based on the importance and experts’ attention to material attributes. Experiments on the Yunnan Hongta Group’s last 5 years data demonstrate the CBA tobacco formulation recommendation technology that achieves the capability of tobacco formulation recommendation, with a model accuracy rate of 92%, reducing the material search space and solving problems such as reliance on experience and poor timeliness inherent in human-centric tobacco formulation substitution models.

错误:搜索内容不能为空,请输入英文关键词
错误:关键词超出字数限制,请精简
高级检索

Research on Recommendation Technology of Tobacco Formula Materials Using CBA

  • Qianxu Yang,
  • Sheng Lei,
  • Wei Zhang,
  • Baokun Zhu,
  • Mingzhan Lv,
  • Bin Zhang

摘要

Currently, the replacement of tobacco formulation materials is carried out through formulation experiments and experts tasting, which is problematic due to the multitude of material options and complex combinations. It has two weaknesses, a high number of ineffective experiments and significant human resource investment. This paper propose a method based on the Classification Base of Association (CBA) for mining historical formulation material usage rules, which has constructed a scoring recommendation model based on the importance and experts’ attention to material attributes. Experiments on the Yunnan Hongta Group’s last 5 years data demonstrate the CBA tobacco formulation recommendation technology that achieves the capability of tobacco formulation recommendation, with a model accuracy rate of 92%, reducing the material search space and solving problems such as reliance on experience and poor timeliness inherent in human-centric tobacco formulation substitution models.