基于Kmeans改进FP算法稻米溯源体系优化设计
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摘要
针对当前稻米溯源体系缺乏统一规范和溯源信息表达不够精准等问题,首先参考HACCP(hazard analysis critical control point,危害分析临界控制点)食品安全保障体系,设计稻米生长环境溯源指标体系表来实现稻米生长溯源指标标准化。然后运用Kmeans(k均值聚类)改进FP-Growth(frequent pattern-growth,频繁模式增长算法)挖掘稻米溯源参数与稻米口感评价之间潜在的关系,进而提高稻米溯源信息的精准表达。稻米溯源指标体系的优化为稻米溯源的标准化制定和溯源信息的精准表达奠定了研究基础。
In view of the current lack of uniform standards for rice traceability systems and problems with the accuracy of traceability information, the reference was first made to the hazard analysis critical control point(hazard analysis critical control point) food safety assurance system to design rice traceability to designed rice traceability index system table to achieve the standardization of rice traceability indicators. Then, using the Kmeans(Kmeans clustering) to improve the FP-Growth(frequent pattern-growth) algorithm was used to mine the potential relationships between the rice source tracing parameters and rice quality assessments, thereby improving the accurate expression of rice traceability information. This optimized design improved the rice traceability system, which laid the foundation for the development of rice traceability standardization and the accurate expression of traceability information.
In view of the current lack of uniform standards for rice traceability systems and problems with the accuracy of traceability information, the reference was first made to the hazard analysis critical control point(hazard analysis critical control point) food safety assurance system to design rice traceability to designed rice traceability index system table to achieve the standardization of rice traceability indicators. Then, using the Kmeans(Kmeans clustering) to improve the FP-Growth(frequent pattern-growth) algorithm was used to mine the potential relationships between the rice source tracing parameters and rice quality assessments, thereby improving the accurate expression of rice traceability information. This optimized design improved the rice traceability system, which laid the foundation for the development of rice traceability standardization and the accurate expression of traceability information.
引文
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[11]王建明,袁伟.基于节点表的FP-Growth算法改进[J].计算机工程设计,2018,39(1):140-143.
[2]刘芳,薛莲.农产品产业链安全溯源体系设计与实现[J].江苏农业科学,2017,45(8):206-207.
[3]姜爽,韩贵清,司震宇,等.第三方稻米溯源平台设计与实现[J].农业工程学报,2017,33(24):215-218.
[4]邢美,金国良,张国伟,等.基于WEB的农产品质量检测与溯源系统的设计[J].安徽农业大学学报,2016,43(3):499-502.
[5]唐合英.HACCP在大米生产中的应用[J].粮食加工,2009,34(3):43-45.
[6]张国友,王敏,毛雪飞,等.水稻生产过程质量安全控制要点分析及研究展望[J].农产品质量与安全,2014(6):48-51.
[7]曾彩虹,张文生,朱丽琼,等.基于HACCP原理探索大米从种植到蒸煮食用过程中受重金属污染关键控制点[J].粮食加工,2016(4):29-31.
[8]魏凤珍,黄仲青.中粳稻分蘖穗率对产量构成和稻米品质影响的研究[J].安徽农业大学学报,1997,24(4):344-349.
[9]KWON K,SHIN J W,KIM N S.Incremental basis estimation adopting global Kmeans algorithm for NMF-based noise reduction[J].Appl Acoust,2018,129:277-283.
[10]JADAV J J,PANCHAL M.Association rule mining method on OLAP cube[J].IJERA,2012,2(2):1147-1151.
[11]王建明,袁伟.基于节点表的FP-Growth算法改进[J].计算机工程设计,2018,39(1):140-143.