multi-object optimization中文是什么意思

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中文翻译
造句

多目标最优化

object n. 1. 物，物体，物件。 2.目标 (of; for ...
optimization n. 最佳化，最优化。
global optimization of object program 目标程序的全局优化
object level optimization 目标级优化; 目标级最优化
object program optimization 目标程序优化; 目的程序优化
multi-modal optimization 多模态最优化
multi－objective optimization technology 多目标优化技术
multi object spectrometer 多目标光谱仪
multi-object spectrometer 多目标光谱仪
multi-object spectroscopy 多天体分光
multi-user object oriented 面向多用户对象
lamost large multi-object fibre 大型多天体分光望远镜
multi-media object oriented networks 多媒体面向对象网络
multi-user-domain object oriented 多使用者领域目标导向
object n. 1. 物，物体，物件。 2.目标 (of; for); 目的，宗旨。 3.【哲学】对象，客体，客观 (opp. subject); 【语法】宾语。 4.〔口语〕(可笑或可怜的)人[物]。 a small [strange] object 小[奇怪]东西。 the object of study 研究的对象。 the direct [indirect] object 直接[间接]受词。 What an object you have made (of) yourself! 〔口语〕你这家伙把自己搞得真不像样子! attain [achieve, gain, secure] one's object 达到目的。 fail [succeed] in one's object 没有达到[达到]目的。 for that object 为了那个目的。 no object 〔广告用语〕怎样都好，不成问题；没有困难(Distance is no object. (待聘者)上班距离(远、近)不成问题)。 propose an objectto oneself ＝ set an object before one 立志，立下目标。 with that object in view 怀着那个目的。 vi. 1.反对，抗议，表示异议 (against, to)。 2.抱反感，不服气，有意见。 vt. 提出…作反对的理由 (that)。 If you don't object. 假使你不反对。 I object. 〔英下院〕我反对。 I object against him that he is a hypocrite. 我反对他，因为他是个伪君子。 object to 1. 反对(I object to your doing that. 我反对你做那件事)。 2.讨厌(I object very much to a wet weather. 我非常讨厌潮湿的天气)。 adj. -less 没有目的[宗旨]的，没有物像的。
object to 反对，不赞成; 反对；抗议,抱反感; 反对；抗议；不支持; 声称; 提出异议; 赞成……的人则认为
to object to 提出异议
multi 并联的，多路系统; 多的; 多面; 多种; 多重; 复选; 万用
object(object) 物件功能
activity optimization 活动方式最佳化
adaptive optimization 自适应优化; 自适应最优化
aerodynamic optimization 空气动力特性最优化
algorithm optimization 算法优化
algorithms for optimization 最优化算法
application of optimization 肥料优化应用; 最优化的应用

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例句与用法

Multi - object optimization of hybrid active power filter based on genetic algorithm
基于遗传算法混合有源滤波器参数的多目标优化
Auto - - generating paper is a constrained multi - object optimization problem . this paper presents a way based on genetic algorithm ( ga ) to solve the problem . we define the crossover operator and mutation operator in the real coded and adjust the probabilities of crossover and mutation
系统实现采用三层组织结构,面向学习者、教师、管理员三类用户,具有课程学习、作业、答疑、考试以及交流功能,同时采用java语言来构建智能agent ,解决了个性化学习的问题。
Based on the analysis of the learning theory and instructionual design , we understand the procedure and regulation of learning , recognizing how to improve the learning environments and instructional procedure , so our its could implement on a better pedagogy theory ; presented in xml , the subject knowledge could be more suitable to be manipulated by computer tutor , to develop an individual learning environments . auto - generating paper is a constrained multi - object optimization problem , this paper presents a way based on genetic algorithm ( ga ) to solve the problem , and discuss how to choose an individual coding to improve the efficiency of ga according the problem ; when establishing the student model , we consider the mental factor as well as the cognitive factor
基于对学习理论和教学设计的分析、总结，了解了人类学习活动的过程和内在规律，以及如何优化学习环境和教学过程，从而使智能教学系统建立在先进的教育理论基础上；基于xml技术的学科知识表示，使它更便于计算机导师进行加工，形成个性化的学习环境；自动组卷是一个带约束的多目标优化问题，本文提出通过遗传算法来解决，并分析了如何根据实际问题选择个性化的编码方案，提高遗传算法的效率；在建立学生模型时，除了考广西大学硕士论文基于web的智能教学系统的研究虑认知因素还考虑了心理因素。
With the reference on the idea of management by objectives and trait of performance target , the determination of financial goal was analyzed by using the method of problem analysis , and the determination of managers " performance objects was also analyzed by using game theory with incomplete information . according to the methods of multi - objects optimization and the theory of invigoration , the principle of designing performance invigoration and the mechanism of mutual action of performance object and invigoration in provincial grid corporation were put forward
借鉴目标管理的思想、考察效绩目标的特性，并运用问题分析的方法，剖析了省级电网企业财务目标确定的思路；运用不完全信息静态博弈理论分析了经营者业绩目标确定的过程；依据多目标优化与激励的方法，结合相关激励理论的研究，提出了效绩激励机制设计的原则；概括提出了省级电网企业效绩目标与效绩激励的互动机理。
Then a model was established for solving the problem of hybrid power unit matching by connecting optimization design with vehicle simulation , and the problem of power matching of hybrid power unit was solved with evolutionary algorithm according to single - object optimization and multi - object optimization separately
然后，将优化设计与汽车仿真结合，建立了混合动力系统优化匹配问题的求解模型，并利用遗传算法对混合动力系统的功率匹配问题进行了单目标和多目标优化求解。
Depending on stratagem of continuable development , development programming of states or regions should go in for correspond development of nature , human being , society and economy , to be brief , correspond development of multi - object , so perfect means of resolving the settle of problems is to establish multi - object optimization models restricted by dynamic input - output equation
社会经济系统是一个复杂的动态大系统，在可持续发展战略指导下，一个国家和地区的发展规划应追求的是自然、人、社会、经济的协调发展，即多个目标的协调发展。因此，建立一个以动态投入产出方程为核心约束的多目标优化模型成为解决此类问题的理想方法。
Based on national defense foundation scientific research project - reserch on technology of agile manufacture , the paper discusses running characteristic of the virtual enterprise , and summarizes the basic conception and theory of project management and the key technology which is used in designing the project management systems . the article offers hierarchy model and rule that describes the project in virtual enterprise . combining the characteristic of project management under the situation of virtual enterprise , the paper analyses project management systems architecture and adopts graphic means to found task flow model , realizes multi - object optimization of scheduled plan
本文结合国防基础科研项目一敏捷化虚拟制造技术研究，分析了虚拟企业的运行特点，概述了项目管理及其支撑技术的概念和理论，结合虚拟企业环境下项目管理的特点，给出了虚拟企业环境下项目的层次结构模型及其描述规则，并分析了项目管理系统体系结构，采用图形化方法建立了任务流模型，运用最小时差和最小ls优化法，实现了进度计划的多目标优化。
2 . a mathematic model of multi - object optimization about the stability allocation criteria of optical components has been set up . the linear sum - weight and probability theory are introduced to solve the mathematic model and to budget the stability of the function blocks and the optical components
2 、构建了多目标最优化的光学元件稳定性分析数学模型，以功能模块及其所含光学元件为研究对象，采用线性加权和法和概率论理论，解决了功能模块稳定性指标和光学元件稳定性指标分配问题。

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Last modified time:Tue, 12 Aug 2025 00:29:56 GMT