- 生成过程
- generative: adj. 1.生产的，有生产力的。 2.生殖的，有生殖力 ...
- process: vi. 〔口语〕排队走，列队行进 〔procession ...
- generative: adj. 1.生产的，有生产力的。 2.生殖的，有生殖力的。 3.生成语法的。
- generative apogamy: 单倍体无配子生殖,有性无配子生殖,种细胞无配子生殖
- generative apospory: 种细胞无孢子生殖
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generative process中文什么意思
- 生成过程
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例句与用法
- He distinguishes the " text " from the " literary work " , regarding the former as a dynamic generative process that allows detailed taxonomy
他把“作品”与“文本”加以区分，把“文本”看成动态的生成过程，并对“文本”作了详尽的分类。 - In the area of process planning and design , the classification of the part based on its features " recognition and the means of the construction of process knowledge base and the half generative process design using the typical process and reasoning are studied ; 3
在工艺设计中研究了基于特征识别的零件分类方法、工艺知识库建立的方法、基于推理和典型工艺的工艺设计方法； 3 - The perception , estimation , action process of driving would bring certain load to driver and df generates , based on this , an ergonomics model of df generative process is created , the influencing factors of df are analyzed and classified according to their effect
驾驶过程中驾驶员感知、判断、动作三个阶段都对人体形成负荷,导致了疲劳的形成,在此分析基础上,建立了驾驶疲劳形成过程人机工程学模型,分析了驾驶疲劳的影响因素,并对影响因素的作用进行了简单分类。 - Based on ergonomics theory , diver behavior and df generative process is analyzed . an evaluation method for df based on physiological signals is generalized and developed . sound is taken as an example to explore its influence on df , and the way for reducing fatigue is searched
本课题从人机工程学角度出发,分析了驾驶员行为和驾驶疲劳形成过程,总结并提出了基于人体生理信号的驾驶疲劳研究方法,并以声音为例,研究了不同声音因素对驾驶员疲劳的影响,探索减缓驾驶疲劳的途径。 - That is , for the objective task of different layer , the expression of the typical part information feature is solved by means of the feature code technology which is the combination of the gt and feature technology . the synthetic strategy of the typical part process is realized by means of the combination of variant and generative process strategy . the main property of this method is the unification of " commonness " and " individuality " especially in the part information expression and process stra
在典型零件的信息描述中，特征编码技术实现了零件信息描述中“共性” (相似性)与“个性” (特性)的有机统一;同理，在综合的工艺决策方法中， c妙p系统既吸收了派生式的类比高效的特点，又具有适应性的创成功能，使工艺决策的效率和实用性得到了有效的提高。