可信度因子的英文

• cf

• 可信度    confidence
• 因子    divisor; factor; determiner; ...
• 确定性因素, 可信度因子    certainty factor
• 可信度    believability; certainty factor; confidence level; credibility; degree of belief; degree of confidence; level of confidence; r e l i a b i l i t y; reliability; trustworthiness
• 可信度，置信度    degree of confidence
• 可信度,可信性    credibility
• 不可信度    uncertainty
• 测试可信度    electrical test confidence
• 降低可信度    lessening of certainty
• 可靠度,可信度    reliability
• 可信度，公信力    credibility
• 可信度比例    certainty ratio
• 可信度比率    certainty ration
• 可信度函数    belief function
• 来源可信度    source credibility
• 媒介可信度    media credibility
• 模型可信度    model credibility
• 探查可信度    detection confidence
• 信誉，可信度    credibility
• 样本可信度    sampling reliability
• 高可信度计算    trustworthy computing
• 高可信度运算    trustworthy computing
• 标度因子    factor scale; scale factor
• 不稳度因子    instabilizing factor
• 尺度因子    scaled factor; size factor

• Factors of celebrity endorser ' s credibility
  名人广告源可信度因子结构
• In the establishment of knowledge base , in order to find a good way to represent the knowledge which is fit for our system , we introduced a way to represent our knowledge by the rule branch and the rule number , combining the theory of expert system and on the basis of collecting and summarizing , analyzing the deficient elements of the crops . considering the using for farmers , the characteristic of this system and it ' s reliability and accuracy , we adopted the uncertainty reasoning model which included certainty and weight factors . we successfully established a crops nutrients diagnostic expert system under specific conditions
  在知识库建立中，为了能找到一套适合于本系统的知识表示模式，在收集并总结和分析了作物缺素症状的基础上，结合专家系统的理论提出了采用规则族与规则号的知识表示方法对该系统的知识进行表示；在推理过程中，为了更好地提高系统的实用性、可靠性和准确性，从农民用户使用角度着想并结合系统本身的特点采用了带有可信度因子加权的不确定性推理方法。
• The probabilistic approaches include the belief network , the dynamic causality diagram , the markov network , the approach used in prospector , etc . the non - probabilistic approaches include the certainty factor theory in mycin , fuzzy set logic , dempster - shafer theory , etc . the non - probabilistic approaches have reached some achievement in their respective application domain , and shown their shortage while applying
  另一类是非概率的方法，包括mycin的可信度因子( certaintyfactor ) 、模糊逻辑( fuzzylogic )以及dempster - shafer的证据理论等。非概率的方法虽然在各自的应用领域都取得了一定成果，但在运用过程中人们越来越意识到这类方法的不足。