component domain 中文意思是什麼

component domain 解釋
分量域
  • component : adj 構成的,組成的,合成的,成分的。 component motion 【物理學】分運動。 component part 組成部分...
  • domain : n 1 領土,版圖;領地。2 管區,勢力圈;(特定動物等的)生長圈;(學問、活動等的)領域,范圍;【物...
  1. This paper sets up the business mode system which is dominant by bpr in terms of the methodology of object - oriented, and this business mode system is composted by several granularity level model from crassitude to fine, and is described by the unified modeling language ( uml ). bi the aspect of drcmis developing process methodology, both the conception of domain - specific software architecture ( dss a ) and component technology are play important role leave each other from macrocosm to microcosm angle of view

    該模型體系的建立具有以下基本特徵:以適應bpr為主導,以面向對象的分析與設計為基本建模方法,以uml為模型描述語言,以特定領域軟體體系結構( dssa )概念為整體開發方法,以組件為「應用工程」開發過程中應用域的主要劃分單位,以corba作為分佈對象的集成標準。
  2. The numerical results show that the time domain response of the laminated plates induced by the in - line force of non - steady component oscillating flow is similar to harmonic motion with certain ribbon which is formed by period motion

    計算結果表明,零均值流量脈動流順流向作用力誘發反對稱角鋪設層合板的時域響應近似於具有一定帶寬的諧波運動,而這一帶寬又是由一定周期運動形成的。
  3. In addition, the ao index released by american climate prediction center ( cpc aoi ) fails to reflect the summer ao mode. in this paper, the time series of the leading principal component of the summertime ( june - september ) surface level pressure anomaly field over the domain poleward of 20 n is defined as the summertime ao index

    此外,美國氣候預測中心發布的全年北極濤動月指數不能表現夏季北極濤動型,本文將北半球熱帶外地區( 20 n以北)夏季( 6 - 9月)海平面氣壓場eof主模態的時間序列定義為夏季北極濤動指數。
  4. The company has stuff more than 800, cover an area of 2 place, add up to 33000 square metre, have year of production 80 thousand taichun are advanced and optical the ability of 80 million microscope, of all kinds and optical component, wide application detects at medicine, education, industry the consumptive market such as domain and digital camera, mobile phone, umbriferous tv, scanner, the product sells past world each district

    公司現有員工800餘名,佔地二處,共計33000平方米,擁有年生產八萬臺中高級光學顯微鏡、八千萬件各類光學元件的能力,廣泛應用於醫學、教學、工業檢測領域及數碼相機、手機、投影電視、掃描器等消費市場,產品銷往世界各地。
  5. When a software team is developing the software system in an application domain, the component library system is more needed to help them to accumulate domain knowledge, and to accelerate the domain evolvement

    特別是當一個軟體團隊針對某個領域進行持續開發時就更需要一個構件庫系統輔助其進行領域知識的積累,並促進領域的演化。
  6. In order to validate the idea of multi - level component reuse in capp domain, we developed a prototype system and with the support of the prototype, we introduce the practice of developing capp application systems from using component assemble and established several capp application systems

    結合capp系統應用實踐,論文最後設計並開發了capp領域構件復用支撐原型系統並基於該原型支撐進行capp領域構件裝配和基於構件裝配的capp應用系統實踐。
  7. A strategy to recommend component is introduced. the change of the component reuse possibility and reuse rate can be reflected in time based on it. it may guide the users to choose the component and accelerate the domain evolvement

    3 、提出構件使用推薦度策略,通過這個策略能夠及時反映構件復用性、復用率的變化,這樣可以指導用戶選擇構件,並促進領域演化。
  8. Aiming at the key component, through analyzing the time domain and frequency characteristic of acceleration vibration signals and force signals, this paper attempts to find the infection factors of grinding vibration and to optimize the grinding parameters, which is based on ultra - high speed surface grinding experimentation

    摘要以關鍵部件為研究對象,通過在超高速磨削實驗臺上進行磨削工藝試驗,對比不同參數下加速度振動信號和磨削力信號的時頻特徵,分析了磨削過程振動特性及其各種影響因素,提出磨削工藝參數優化方案。
  9. Domain engineering technology was widely used nowadays in the process of traditional software development, thus make the software developing more efficient than ever, such as : it mentions in this thesis the development of the embedded component in domain of the high level vehicles

    領域工程技術已經廣泛滲透到傳統軟體的開發之中,使得面向特定領域的軟體開發效率大大提高,如:本文中闡述的客用汽車電器領域的嵌入式軟組件開發。本文對領域工程技術進行了較為深入的探討。
  10. Firstly, i introduce developmental condition and resourceful result of software reuse, and the function and status of components repository in software reuse, and the classification and retrieving in components repository. secondly, i study the current classification and retrieving in detail, and analyze their advantage and disadvantage, and get a common retrieving model and valuing standard. thirdly, i according to the feature of the specific domain establishing the appropriate classification and retrieving of component, which are faceted classification and retrieving, and classification with dssa and component ' s relationship and hyper text ' s retrieving, and combined retrieving

    本文首先介紹了軟體復用技術的發展現狀和研究成果,以及構件庫系統在軟體復用中的作用和地位,之後是簡介構件庫系統中構件的分類檢索技術;其次詳細介紹現有的構件分類檢索技術,分析了各自的優勢和劣勢,並得到構件的檢索模型和評價準則;再次根據研究領域的特點,制定了相應的構件分類檢索機制,主要包括:基於特定領域的刻面分類檢索技術、以dssa和構件關系分類以及超文本方式檢索技術,還有組合檢索技術,在此基礎上建立了該領域構件庫系統的分類模型和檢索模型;最後完成了教學評測、評估領域構件庫系統構件檢索工具的設計與具體實現。
  11. Object - oriented domain analysis methodology used to develop software component and framework

    利用面向對象領域分析方法開發軟體的構件與構架
  12. This article research the classification and retrieving of component based on teaching evaluation domain

    本文主要面向教學評測、評估領域構件庫系統,提出相應的分類檢索機制進行研究。
  13. With the support of uml, we can not only expediently go on domain analyzing and system designing but also use uml describe the information of components and take the uml model as one part of component which make components more comprehensible and easier to use

    利用uml的支持,方便了領域分析、系統規約設計,在組件開發階段利用uml語言描述組件的各方面信息,並把該lml模型作為組件的一部分,使組件更易懂、易用。
  14. One is to use fourier transformation to convert the source signal from time domain to frequency domain and to discard high frequency harmonious components upwards of 19 ( gb / t14953 - 93 d5. 3 demanding ), then to have static huffman coding to the quantized char array which is composed of reserved direct current component and basic wave and each high frequency " s amplitudes and angles. the other is to use discrete wavelet transformation to convert the source signal from time domain to frequency domain and to set the high frequency coefficients that its absolute value is smaller than the given threshold to zero, then to have dynamic huffman coding to the quantized char array which is composed of multiple, wavelet ' s level, datum length, low frequency coefficients and reserved high frequency coefficients. mass simulinks and analyses under the two circumstances have done to show that data compression ratio is small and the relative error is also small and within the permission of engineering and the compression problem can be solved in theory of measured datum of power system

    第一種情況的壓縮方法為:採用傳統的傅立葉變換把原始信號從時間域變換到頻率域,舍棄20次及其以上的高次諧波成分(保證了gb / t14953 ? 93d5 . 3要求) ,然後對保留的直流分量、基波和各次諧波的幅值和相角數據量化后和量化時分別乘以的倍數系數構成一個數組,以字元形式保存,採用靜態huffman編碼對變換數據進行壓縮;採用離散小波變換把原始信號從時間域變換到頻率域,然後對分解得到的高頻系數進行閾值量化處理,對乘以的倍數系數、小波變換的階數、小波變換后的低頻、各級高頻以及原始數據長度、量化后的低頻系數以及保留的高頻系數大小、位置構成一個數組,以字元形式保存,採用動態huffman編碼對這個文件進行壓縮。
  15. The method of domain engineering based on quality function deployment ( qfd ) is represented in this dissertation to analyze the requirement of the clients, then the idea based on uml getting for component from oriented object system is represented, use uml to attain the useful block and turn it into a software component

    本文首先將質量功能部署方法和領域工程方法相結合,分析客戶需求,然後提出在現有面向對象系統中基於uml的軟構件獲取思路,實現現有系統中可復用程序體的抽象和提取。
  16. Firstly, a process model of component oriented software development based on uml and acme is put forward, which will direct the concrete modeling process of supplier management software. secondly, traditional supplier management pattern and the pattern under supply chain environment are introduced and compared with each other, and also the domain model of supplier management software is given. then, a kind of ahp based on multiple experts, which is improved on, is applied to the process of supplier selection

    首先給出了基於uml和acme的面向構件軟體開發的過程模型,該模型將用於指導供應商管理軟體的具體建模過程:然後比較分析了傳統的供應商管理模式和供應鏈環境下的供應商管理模式,並給出了供應商管理軟體的領域模型;接著將ahp應用於供應商選擇過程,所使用的ahp是改進的多專家ahp ;進而對供應商管理軟體進行領域設計,包括系統構架與構件的設計,並採用設計模式與三層構架等技術對軟體結構進行了優化重組。
  17. Followed the idea of systematic reuse and software product line method, the author presented the mode, idea and the strategy of the development of component - based capp system, and use this principles to guide all the activities including the domain analysis, domain modeling, design of domain architecture and domain component, and the development activities of the capp application system

    本文以系統化、工程化軟體復用思想和capp系統產品線方法為指導,提出基於構件復用的capp系統的開發模式、開發思想和開發策略,並以此指導capp系統領域分析、領域建模、領域框架與構件設計以及capp應用系統開發。
  18. For those biological signals like echo of bat or whale, as well as man - made system signals like radar or sonar signal, the instantaneous frequency of signal component contains important information and could be used for signal model parameters extraction. so that the proper choose of transformed domain and signal characteristic extraction method is of crucial important. the ridge extraction method used for signal characterization was first proposed in the 1990s, it ' s based on the study of the phase of the wavelet ( or other linear ) transform

    對于許多實際的信號,如蝙蝠發出的超聲波、鯨魚的叫聲等生物信號,以及雷達、聲吶等人造系統產生的信號而言,信號瞬時頻率的變化規律反映了信號重要的特徵,並且也是信號模型中關鍵的參數,因此選擇合適的變換域提取信號的瞬時頻率信息,並選擇合適的方法對信號進行重建是很重要的問題。
  19. Firstly, we present the conception and technology of software reuse, then deeply discuss key technologies of software reuse such as software component technology, software architecture and domain analysis, etc, whose software component, i. e. software chip, is the main part of software reuse ; software architecture is software framework, which can been reused as software framework of a large granularity and higher abstract level and offers the fundament and the context for component integration ; domain analysis concentrates on a special application domain so that the generality of the design of software component is not considered in wide range, meanwhile its ratio of the reuse increases

    本文首先敘述了軟體復用的概念和軟體復用技術,然後深入探討了軟體構件技術,軟體體系結構和領域分析等軟體復用中的關鍵技術,其中軟體構件技術(即軟晶元)是軟體復用的核心;軟體體系結構是軟體的骨架,可以作為一種大粒度的、抽象級別較高的軟體體系結構進行復用,並能夠為構件的組裝提供基礎和上下文;領域分析使軟體復用的目標集中在一個特定應用領域內,使構件的製作不需要在很廣的范圍內考慮其通用性,構件的復用率也相應增大。
  20. Domain description tree provides the method to realize the description of the component domain characters, and to record the domain changes in time for accumulating the domain knowledge

    領域描述樹為每個構件領域特徵的描述提供了實現手段,通過它可以及時記錄領域變化的情況以積累領域知識。
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