architecture n. 1.建筑學。 2.建筑(樣式、風格);建筑物。 3.構造,結構;【自動化】(電子計算機的)架構,體系結構。 civil architecture 民用建筑。 domestic architecture 住宅建筑。 naval architecture 造船術,造船學。 the architecture of a beehive 蜂窩的結構。
The dynamic architecture concept was introduced by florentine architect david fisher 動態(tài)建筑學的理念是佛洛倫薩派建筑學家大衛(wèi)?費舍爾提出的。
A series of rotating buildings based on dynamic architecture will be built around the world , starting in dubai , u . a . e 從阿聯酋的迪拜開始,世界各地將依據動態(tài)建筑學的原理,修建一系列的旋轉式建筑。
A critical issue for formally specifying dynamic architecture is how to describe the interaction among system behaviors when update dynamically the runtime system 形式化描述動態(tài)體系結構的關鍵在于動態(tài)更新時系統(tǒng)行為之間的交互的描述。
So the research of dynamic architectures emerges as the times require , which studies primarily architectural changes and supporting platforms 因此,動態(tài)體系結構的研究應運而生,它主要研究軟件系統(tǒng)由于特殊需要必須在連續(xù)運營情況下的體系結構變化與支撐平臺。
In a dynamic architecture , a multi - level approach called design for tolerancing ( dft ) , has been proposed to help the designers to make tolerance - related decisions from the conceptual design to detailed design 在面向公差設計( designfortolerancing ,簡稱dft )理論的體系中,則從概念設計到細節(jié)設計逐步確定公差關系。
Based on the previous work , we propose a model for componentbased dynamic architecture ( cbda ) , which has three layers that respectively implement associated updating requirements 在上述工作的基礎之上,本文提出了一種基于構件的動態(tài)體系結構模型cbda ( componentbaseddynamicarchitecture ) ,該模型分為三層,每層各司其職,各自執(zhí)行相應的更新請求。
The evolution architectures for data fusion is quite flexible , in here , the data fusion event turns into selecting an optimal internal model running on the network , and this model will decide the formed dynamic architectures of the data fusion system 數據融合系統(tǒng)的進化體系結構是一種智能體系結構,數據融合事件在此變成了優(yōu)選一個內部模型在網絡上運行,該內部模型決定了所形成的體系結構形式。
Firstly , the concepts and basic questions of dynamic architecture are addressed . secondly , the difficulties in the research are put forward , that is the lacks of unified structural model and valid formal mechanism for specifying and analyzing 首先介紹了動態(tài)體系結構的基本概念、特點以及研究中所涉及的基本問題,指出動態(tài)體系結構研究中存在的難點:缺乏通用的結構模型、有效的形式化描述機制和分析工具。
The reliability of protection would be enhanced if magnetizing inrush is discriminated . so , this thesis analyses and compares some discriminating methods applied in practice or described in related literatures at present . on the basis of considering comprehensive factors , a method to discriminate between internal faults and magnetizing inrush based on wavelet analysis and dynamic architecture neural network is proposed 若能將勵磁涌流識別出來,就能提高保護動作的可靠性,因此本文針對當前實際應用的和有關文獻中提到的一些識別方法進行了分析、比較,在綜合考慮多方面因素后,給出了一種基于小波與改進型動態(tài)結構神經網絡的勵磁涌流識別方法。