English translation for "动态知识"

dynamic knowledge

Related Translations:

知识:  1.(认识和经验的总和) knowledge; know-how; science 短语和例子知识更新 update one's knowledge; the advancement of one's knowledge; 知识化 、专业化 become knowledgeable and professional; 知识就是力量。 knowledge is power.2

知识点滴:  bits of english

销货知识:  sales knowledge

共享知识:  share intellectual lifeshare-knowledge

教育知识:  pedagogical knowledge

护理知识:  nursing knowledge

知识表示:  knowledge representationkr

知识学科:  content subjectintellectual discipline

知识管理:  km knowledge managementkm(knowledge management)knoeledge managementknowledge management(km)knowledge management, kmpkm

知识接口:  knowledge interface

Example Sentences:

	1.	The research of intelligent tutoring system knowledge tree 智能教学系统动态知识树算法研究
	2.	Kyle gabhart is an independent consultant and subject matter expert with j2ee , xml , and web services technologies 的高级顾问，该公司是为全世界客户提供世界一流的顾问和培训的动态知识公司。
	3.	The dynamic knowledge model with temporal and spatial characters for cotton management includes three modules as pre - sowing plan design , dynamic development indices , diagnosis and regulation 具有时空适应性的棉花栽培管理动态知识模型主要包括播前方案设计、生育指标动态和苗情诊断调控知识模型三个部分。
	4.	Second , temporal logic is adopted to describe the temporal attributes of the static knowledge and the temporal relations , constraints of the dynamic knowledge , with which are dealt as isolated temporal knowledge 二、采用时态逻辑描述静态知识的时态属性以及动态知识的时态关系和约束，把它们独立出来作为时态知识进行处理。
	5.	However , there exists a significant gap between knowledge management and information technology : automatic classification of dynamic business knowledge , since business knowledge is often dynamic and accumulative 然而现今知识管理与资讯科技尚存在著差距，其中又以企业动态知识之自动分类为主，此乃因企业之知识往往相当庞杂，且具变动性与累积性。
	6.	The knowledge model for the dynamics of main development indices includes submodels of suitable development stages , plant height , leaf area index , dry matter accumulation , numbers of fruit branch , square and boll , plant nutrient accumulation 生育指标动态知识模型包含有适宜生育期、株高、叶面积指数、干物质积累量、果枝和蕾铃数目，营养物质积累量等。
	7.	This research focused on applying the system analysis principle and mathematical modeling technique to study knowledge expression system for crop cultivation management . based on extensively collecting , understanding , analysis , and integration of expert ' s knowledge and experience , literature and experiment data for cotton cultivation management , the dynamic relationships of cotton growth and management indices to variety types , ecological environments and production levels were quantified , and a dynamic knowledge model for cotton management ( cottonknow ) was developed . by further incorporating the rule - based knowledge system for cotton management , a comprehensive and intelligent knowledge model - based decision support system for cotton management ( kmdsscm ) was established with component design 本研究着重利用系统分析原理和数学建模技术来研究作物栽培管理的知识表达体系，在广泛收集及充分理解和分析棉花栽培管理专家知识、经验和资料的基础上，利用棉花栽培理论与技术方面的现有研究成果，并结合必要的试验支持，解析、提炼和综合棉花生育及管理指标与品种类型、生态环境及生产水平之间的定量化关系，首次构建了棉花栽培管理动态知识模型，并进一步结合基于知识规则的棉花栽培管理知识库表达系统，设计和实现了综合性、智能化和构件化的基于知识模型的棉花管理决策支持系统( kmdsscm ) 。
	8.	In this article , the author analyzes the new change of ability of technical innovation with dynamic knowledge conception . the author also discusses the relationship between the knowledge current and the ability of technical innovation from these three dimensions ( aspects ) : the knowledge current and the technical innovation ; the knowledge deposit and the technical ability ; the knowledge current and the ability of technical innovation . the enterprise should probe into from following direction : establishing learning organizations , strengthening the transform of knowledge inside the enterprise , regarding the transfer of knowledge among enterprises , establishing efficient and smooth systems for the knowledge current 本文分析了动态知识观指导下的技术创新能力新变化，从知识与技术创新、知识存量与技术能力、知识流与技术创新能力三个维度探讨了知识流与技术创新能力之间的关系，认为建立学习型组织，强化企业内部知识转化，重视企业间的知识转移，建立高效、顺畅的知识流动机制应是企业提高技术创新能力的探索方向。
	9.	Based on the sum - up and abstraction of the relationships of rapeseed growth characters with ecological environment , cultivar type , production condition and yield target , a dynamic knowledge model was developed by using knowledge engineering and system modeling method , which could be used for designing a suitable sowing and transplanting scheme of different rapeseed varieties under different spatial and temporal environments 摘要运用知识工程和系统建模方法，在总结、归纳和提炼油菜生长发育与生态环境、品种类型、生产技术水平和产量目标关系的基础上，建立了具有时空适应性的油菜播栽方案设计的动态知识模型，可用于精确定量不同环境和生产条件下油菜品种的适宜播期、基本苗、播种量和移栽方案。
	10.	According to the principle of nutrient balance and water requirement in cotton , the sub - model for fertilization and water management was developed by integrating the effects of soil characters , variety traits and yield target . the submodel can make decisions on the suitable total nutrient and water rates and distributions among main growth stages , ratio of organic to inorganic nitrogen , and the ratio of base to topdressing fertilizer 根据平衡施肥原理和棉花水分需求规律，在综合考虑土壤理化特性、品种遗传特征、产量水平等因子影响的基础上，建立了具有系统性和普适性的棉花肥料及水分运筹动态知识模型，模型可以完成肥料总量需求，有机肥与无机肥的比例、基肥与追肥的比例、追肥施用时间、水分需求总量及其在各个生育时期的分配等。

Similar Words：

"动态正文显示系统" English translation, "动态支撑系统" English translation, "动态支持程序" English translation, "动态支持系统" English translation, "动态支援系统" English translation, "动态执行" English translation, "动态指标" English translation, "动态指令" English translation, "动态指令修改" English translation, "动态指令组" English translation