certainty and uncertainty中文是什么意思

• 肯定与不肯定
• 确定与不确定

• "certainty"中文翻译    n. 确实(性)；确定性；确实[定]的事，必然的事；确信 ...
• "uncertainty"中文翻译    n. 1.不确定，不确实，易变；不可靠；含糊。 2.不确 ...
• "expressing certainty and uncertainty" 中文翻译 :    表达确定和不确定
• "certainty" 中文翻译 :    n. 确实(性)；确定性；确实[定]的事，必然的事；确信，肯定。 the certainty of death 死的必然性。 bet on a certainty十拿九稳地赌。 a dead certainty (竞赛时)必胜的马；十拿九稳，势所必然。 for [to, of ] a certainty 的确，显然；毫无疑问。 moral certainty 靠得住，定准，一定。 with certainty 确信，的确。
• "for a certainty" 中文翻译 :    确实无疑地
• "to a certainty" 中文翻译 :    必定, 一定; 一定
• "uncertainty" 中文翻译 :    n. 1.不确定，不确实，易变；不可靠；含糊。 2.不确实知道，半信半疑。 3.【物理学】测不准性。 the uncertainty of life 人生的无常。 void for uncertainty 【法律】(遗嘱、证书等)因辞句含糊而无效。
• "uncertainty and" 中文翻译 :    不确定性和
• "for a certainty; dead certainty" 中文翻译 :    确实无疑
• "a dead certainty" 中文翻译 :    绝对确实
• "asymptotic certainty" 中文翻译 :    渐近必然性
• "beyond certainty" 中文翻译 :    个人与组织的未来
• "capital certainty" 中文翻译 :    本金确定性; 本金确实性
• "certainty algorithm" 中文翻译 :    确定性算法
• "certainty coefficient" 中文翻译 :    必然系数
• "certainty decision" 中文翻译 :    确定性决策
• "certainty decisions" 中文翻译 :    确定型决策
• "certainty equivalence" 中文翻译 :    确定当量; 确定性等价
• "certainty equivalent" 中文翻译 :    确定等值; 确定均等值; 确定型等价; 确定性等价值; 资本回收保证量
• "certainty equivalents" 中文翻译 :    确定等值
• "certainty factor" 中文翻译 :    确定性因素, 可信度因子
• "certainty index" 中文翻译 :    必然指标
• "certainty model" 中文翻译 :    确定模型
• "certainty of benefits" 中文翻译 :    福利确定性
• "certainty of measurement" 中文翻译 :    测量精度

• So , knowledge is a union of certainty and uncertainty
  因此，知识是确定性与不确定性的统一。
• Disputes about certainty and uncertainty of economics methodology
  经济学方法论的确定性与不确定性之争
• The certainty and uncertainty of our foreign exchange reserves ' scale
  我国外汇储备规模的确定与不确定性
• Adopting the reasoning - machine clips , the paper produces an intelligent expert system ( tbfes ) , which can make the certainty and uncertainty reason
  同时，应用推理工具clips建立了一个高度智能化的专家系统tbfes ，实现了确定性问题与不确定性问题的混合推理求解。
• Both the certainty and uncertainty basis decision rules were extracted directly by using rough sets theory , and then formed libraries of decision rules of the information system
  利用粗糙集理论直接生成确定性基本决策规则和不确定性基本决策规则，形成信息系统的基本决策规则库。
• Therefore , this dissertation based on the pre - research defense projects of “ research on longevous service and high reliability of satellite ” of the national tenth - five - year plan , study the method of uncertainty inference , and the application of rough set theory in the development of the satellite fault diagnosis system , the main content of this dissertation is as follows : first , this paper incorporate the status in quo of the technology of fault detecting and diagnosis and the artificial intelligence ( ai ) , realize the newest trend of the technology of fault detecting and diagnosis is that using the technology of artificial intelligence to solve the certainty and uncertainty problem in the actual engineering area
  为此,本文以国家武器装备“十五”预研“卫星长寿命高可靠技术”研究项目为背景,研究不确定性推理理论中的粗糙集理论在卫星故障检测和诊断中的应用,并开发相应的系统。主要研究内容包含以下几个方面:论文首先结合故障诊断技术及人工智能技术的发展现状,明确了故障诊断的发展方向是使用人工智能的最新研究成果去解决实际应用中更为常见的各种确定和不确定问题。分析了解决不确定推理技术的主要方法及各自的原理并进行了比较。
• This paper is an academic thesis about remote sensing information model and geographical mathematics . the author have studied a lot of remote sensing information models and geographical image information models . according to geographical regularity the author advance non - linear mathematics method which is geographical complex phenomena both of certainty and uncertainty to combine in an equation . that is from formal logic inferring to dialectical logic calculation . moreover , it is from abstract thinking to both of abstract and visualized thinking , which is image joining equation calculated . make a suggestion that the geographical parameters are different from the physics variables . thus initiate based on geographical science for mathematics . there are 4 parts as follows in this paper : the regularity of geographical phenomena ; general equation of remote sensing information model ; geographical parameters and geographical indexes ; significance of geographical image information models
  从大量的遥感信息模型，地理图像信息模型的实践中，提出符合地理科学自身规律的非线性数学方法，解决了确定性与不确定性结合的宏观复杂性问题。从形式逻辑推理发展到辩证逻辑的计算，从抽象公式的计算发展到抽象思维与形象思维结合的公式与图像结合的计算。提出了物理变量与地理参数的区别，从而开创了以地理科学为背景的数学研究，进而为发展地理数学奠定了基础。