中英
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multi-object optimization中文是什么意思
- 中文翻譯
- 造句
- 多目標最優(yōu)化
- object n. 1. 物，物體，物件。 2.目標 (of; for ...
- optimization n. 最佳化，最優(yōu)化。
- global optimization of object program 目標程序的全局優(yōu)化
- object level optimization 目標級優(yōu)化; 目標級最優(yōu)化
- object program optimization 目標程序優(yōu)化; 目的程序優(yōu)化
- multi-modal optimization 多模態(tài)最優(yōu)化
- multi－objective optimization technology 多目標優(yōu)化技術
- multi object spectrometer 多目標光譜儀
- multi-object spectrometer 多目標光譜儀
- multi-object spectroscopy 多天體分光
- multi-user object oriented 面向多用戶對象
- lamost large multi-object fibre 大型多天體分光望遠鏡
- multi-media object oriented networks 多媒體面向對象網(wǎng)絡
- multi-user-domain object oriented 多使用者領域目標導向
- object n. 1. 物，物體，物件。 2.目標 (of; for); 目的，宗旨。 3.【哲學】對象，客體，客觀 (opp. subject); 【語法】賓語。 4.〔口語〕(可笑或可憐的)人[物]。 a small [strange] object 小[奇怪]東西。 the object of study 研究的對象。 the direct [indirect] object 直接[間接]受詞。 What an object you have made (of) yourself! 〔口語〕你這家伙把自己搞得真不像樣子! attain [achieve, gain, secure] one's object 達到目的。 fail [succeed] in one's object 沒有達到[達到]目的。 for that object 為了那個目的。 no object 〔廣告用語〕怎樣都好，不成問題；沒有困難(Distance is no object. (待聘者)上班距離(遠、近)不成問題)。 propose an objectto oneself ＝ set an object before one 立志，立下目標。 with that object in view 懷著那個目的。 vi. 1.反對，抗議，表示異議 (against, to)。 2.抱反感，不服氣，有意見。 vt. 提出…作反對的理由 (that)。 If you don't object. 假使你不反對。 I object. 〔英下院〕我反對。 I object against him that he is a hypocrite. 我反對他，因為他是個偽君子。 object to 1. 反對(I object to your doing that. 我反對你做那件事)。 2.討厭(I object very much to a wet weather. 我非常討厭潮濕的天氣)。 adj. -less 沒有目的[宗旨]的，沒有物像的。
- object to 反對，不贊成; 反對；抗議,抱反感; 反對；抗議；不支持; 聲稱; 提出異議; 贊成……的人則認為
- to object to 提出異議
- multi 并聯(lián)的，多路系統(tǒng); 多的; 多面; 多種; 多重; 復選; 萬用
- object(object) 物件功能
- activity optimization 活動方式最佳化
- adaptive optimization 自適應優(yōu)化; 自適應最優(yōu)化
- aerodynamic optimization 空氣動力特性最優(yōu)化
- algorithm optimization 算法優(yōu)化
- algorithms for optimization 最優(yōu)化算法
- application of optimization 肥料優(yōu)化應用; 最優(yōu)化的應用
- Multi - object optimization of hybrid active power filter based on genetic algorithm
基于遺傳算法混合有源濾波器參數(shù)的多目標優(yōu)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
系統(tǒng)實現(xiàn)采用三層組織結構,面向學習者、教師、管理員三類用戶,具有課程學習、作業(yè)、答疑、考試以及交流功能,同時采用java語言來構建智能agent ,解決了個性化學習的問題。 - 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
基于對學習理論和教學設計的分析、總結，了解了人類學習活動的過程和內在規(guī)律，以及如何優(yōu)化學習環(huán)境和教學過程，從而使智能教學系統(tǒng)建立在先進的教育理論基礎上；基于xml技術的學科知識表示，使它更便于計算機導師進行加工，形成個性化的學習環(huán)境；自動組卷是一個帶約束的多目標優(yōu)化問題，本文提出通過遺傳算法來解決，并分析了如何根據(jù)實際問題選擇個性化的編碼方案，提高遺傳算法的效率；在建立學生模型時，除了考廣西大學碩士論文基于web的智能教學系統(tǒng)的研究慮認知因素還考慮了心理因素。 - 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
借鑒目標管理的思想、考察效績目標的特性，并運用問題分析的方法，剖析了省級電網(wǎng)企業(yè)財務目標確定的思路；運用不完全信息靜態(tài)博弈理論分析了經營者業(yè)績目標確定的過程；依據(jù)多目標優(yōu)化與激勵的方法，結合相關激勵理論的研究，提出了效績激勵機制設計的原則；概括提出了省級電網(wǎng)企業(yè)效績目標與效績激勵的互動機理。 - 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，將優(yōu)化設計與汽車仿真結合，建立了混合動力系統(tǒng)優(yōu)化匹配問題的求解模型，并利用遺傳算法對混合動力系統(tǒng)的功率匹配問題進行了單目標和多目標優(yōu)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
社會經濟系統(tǒng)是一個復雜的動態(tài)大系統(tǒng)，在可持續(xù)發(fā)展戰(zhàn)略指導下，一個國家和地區(qū)的發(fā)展規(guī)劃應追求的是自然、人、社會、經濟的協(xié)調發(fā)展，即多個目標的協(xié)調發(fā)展。因此，建立一個以動態(tài)投入產出方程為核心約束的多目標優(yōu)化模型成為解決此類問題的理想方法。 - 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
本文結合國防基礎科研項目一敏捷化虛擬制造技術研究，分析了虛擬企業(yè)的運行特點，概述了項目管理及其支撐技術的概念和理論，結合虛擬企業(yè)環(huán)境下項目管理的特點，給出了虛擬企業(yè)環(huán)境下項目的層次結構模型及其描述規(guī)則，并分析了項目管理系統(tǒng)體系結構，采用圖形化方法建立了任務流模型，運用最小時差和最小ls優(yōu)化法，實現(xiàn)了進度計劃的多目標優(yōu)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 、構建了多目標最優(yōu)化的光學元件穩(wěn)定性分析數(shù)學模型，以功能模塊及其所含光學元件為研究對象，采用線性加權和法和概率論理論，解決了功能模塊穩(wěn)定性指標和光學元件穩(wěn)定性指標分配問題。
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