结合我国种业科技创新人才信息的统计数据,构建了种业科技创新人才的多层次评价指标体系和基于熵权的TOPSIS(Technique for Order Preference by Similarity to Ideal Solution,逼近理想解的排序方法)评价模型。该评价模型采用熵权法,...结合我国种业科技创新人才信息的统计数据,构建了种业科技创新人才的多层次评价指标体系和基于熵权的TOPSIS(Technique for Order Preference by Similarity to Ideal Solution,逼近理想解的排序方法)评价模型。该评价模型采用熵权法,避免了通过主观确定权重的人为因素影响。将该评价模型应用到种业科技创新人才综合能力评价中,可以得出同一种业领域科技创新人才的相对排名,对种业科技创新人才队伍的建设具有重要作用。展开更多
According to basic connotation and design principles of ecocity, a comparatively integrated index system is constructed in the paper. And at the same time using hierarchy grey comprehensive evaluation method, a hierar...According to basic connotation and design principles of ecocity, a comparatively integrated index system is constructed in the paper. And at the same time using hierarchy grey comprehensive evaluation method, a hierarchy grey comprehensive evaluation model of ecocity is established, then on the basis of the model, a comprehensive evaluation support system is developed, and the theoretical guidance supplied for construction of ecocity is provided.展开更多
文摘结合我国种业科技创新人才信息的统计数据,构建了种业科技创新人才的多层次评价指标体系和基于熵权的TOPSIS(Technique for Order Preference by Similarity to Ideal Solution,逼近理想解的排序方法)评价模型。该评价模型采用熵权法,避免了通过主观确定权重的人为因素影响。将该评价模型应用到种业科技创新人才综合能力评价中,可以得出同一种业领域科技创新人才的相对排名,对种业科技创新人才队伍的建设具有重要作用。
文摘According to basic connotation and design principles of ecocity, a comparatively integrated index system is constructed in the paper. And at the same time using hierarchy grey comprehensive evaluation method, a hierarchy grey comprehensive evaluation model of ecocity is established, then on the basis of the model, a comprehensive evaluation support system is developed, and the theoretical guidance supplied for construction of ecocity is provided.