In this paper,a framework is developed that evaluates supermarket food safety and exposes its relative strengths and weaknesses.The proposed framework is divided into three stages.During the first stage,an index syste...In this paper,a framework is developed that evaluates supermarket food safety and exposes its relative strengths and weaknesses.The proposed framework is divided into three stages.During the first stage,an index system is constructed that is associated with supermarket food safety based on the supply chain.In the second stage,the Analytic Hierarchy Process(AHP)is applied to evaluate supermarket food safety.The third stage is associated with the application of the Technique for Order Preference by Similarity to Ideal Solution(TOPSIS).The proposed framework can assist managers in comprehending the present strengths and weaknesses of their food safety.Managers can identify good practices and are able to benchmark them for improving their weaknesses.This framework also facilitates the decision makers to better understand the complex relationships of the relevant supermarket food safety factors in decision-making.展开更多
The existing shelf layout methods do not explicitly consider the attention and relevancy of the commodity systematically and thus have failed to capture the invalid associations,resulting in poor sales impact and cust...The existing shelf layout methods do not explicitly consider the attention and relevancy of the commodity systematically and thus have failed to capture the invalid associations,resulting in poor sales impact and customer satisfaction.For such shortcomings,in this paper,we propose a mathematical programming approach for shelf layout problems based on comprehensive related value.First,we introduce the concepts of related value considering both attention and relevancy;second,we give the concept of adjacent utility value and the freedom of placement,and further analyze the impact of the same commodity on surrounding commodities due to different placement positions;third,we establish a new comprehensive related value-based commodity layout optimization model(CRV-CL)and provide the solution steps integrating with a genetic algorithm.Finally,we analyze the characteristics of CRV-CL through a specific case.The simulation results indicate the overall relevancy after applying the CRV-CL model.展开更多
基金This paper is supported by the Education Department of Hebei Province Natural Science Youth Fund Project(2011140)。
文摘In this paper,a framework is developed that evaluates supermarket food safety and exposes its relative strengths and weaknesses.The proposed framework is divided into three stages.During the first stage,an index system is constructed that is associated with supermarket food safety based on the supply chain.In the second stage,the Analytic Hierarchy Process(AHP)is applied to evaluate supermarket food safety.The third stage is associated with the application of the Technique for Order Preference by Similarity to Ideal Solution(TOPSIS).The proposed framework can assist managers in comprehending the present strengths and weaknesses of their food safety.Managers can identify good practices and are able to benchmark them for improving their weaknesses.This framework also facilitates the decision makers to better understand the complex relationships of the relevant supermarket food safety factors in decision-making.
文摘The existing shelf layout methods do not explicitly consider the attention and relevancy of the commodity systematically and thus have failed to capture the invalid associations,resulting in poor sales impact and customer satisfaction.For such shortcomings,in this paper,we propose a mathematical programming approach for shelf layout problems based on comprehensive related value.First,we introduce the concepts of related value considering both attention and relevancy;second,we give the concept of adjacent utility value and the freedom of placement,and further analyze the impact of the same commodity on surrounding commodities due to different placement positions;third,we establish a new comprehensive related value-based commodity layout optimization model(CRV-CL)and provide the solution steps integrating with a genetic algorithm.Finally,we analyze the characteristics of CRV-CL through a specific case.The simulation results indicate the overall relevancy after applying the CRV-CL model.
