node base 中文意思是什麼
node base
解釋
節點基-
Wait for section column, the node that base end receives firmly designs, bears larger carrier curved rules, suits the buil - ding that has crane
等截面柱，底端固接的節點設計，承受更大的支座彎矩，適合有吊車的建築物。 -
Sgsn 900 1800mhz tdma digital cellular mobile communication network test method of gprs general packet radio service base station system and serving gprs support node interface
900 1800mhz tdma數字蜂窩移動通信網通用分組無線業務gprs基站子系統與服務gprs支持節點 -
The node that articu - lates designs beam column, can bear larger step in curved rules, the curved distance of sus - pension column is little, suits the building on soft land base
樑柱鉸接的節點設計，能承受更大的跨中彎矩，柱腳彎距小，適合於軟土地基上的建築物。 -
Key realization technology of this system that included the space coordinates built, node model base established, scene structure expressed by data and safety rules checking was studied
研究了系統實現的關鍵技術，這包括空間位置坐標系統的確立，節點改模型庫的建立，虛擬場景的數據構建及安全規程的校驗方法。 -
To install websphere application server 5. 1 base with the necessary fix packs on both the primary and the backup node
要在主節點和備份節點上安裝websphere application server 5 . 1 base以及必需的補丁包： -
Gets the base uniform resource identifier of the node
獲取節點的基統一資源標識符（ uri ） 。 -
The base uri of the document or to be precise, of the document element, and therefore of the typed node element itself is given as
屬性給出文檔的基本uri （或者更精確地說，是文檔元素的基本uri ，因此是類型節點元素本身的基本uri ） ，為 -
Thirdly, the object - oriented way of lre knowledge representation for causality, system structure, and models is presented, and an organization model of lre diagnosis knowledge for integration of deep and shallow knowledge based on the lre component structure and in the form of node knowledge base is given. and finally, the lre intelligent fault diagnosis theory and strategy, which utilize synthetically different kinds of diagnosis knowledge and multiple reasoning methods, such as rule - based, model - based, fuzzy - knowledge - based, and dynamic - knowledge - based reasoning methods, are discussed and developed. the results verified by the test - firing data and the simulated fault samples show that, the theory and methods proposed give a theoretical basis for the design and realization of practical lre fault diagnosis and health monitoring systems, and can be available for reference in the development of health monitori ng technique for reusable space transportation systems in the future
主要研究內容包括：系統闡述了發動機診斷知識的概念、類別和相互關系；研究發展了定性和定量、淺層和深層、模糊和動態等多種診斷知識的圖形和模型獲取方式；建立了因果、結構和模型等不同層次和類別的診斷知識的面向對象表示方法，以及以發動機的部件結構為基礎，以結點知識庫為組織形式，深淺知識相結合的診斷知識集成組織模型；研究發展了綜合多層次和多類別診斷知識，集成規則推理、模型推理、模糊推理和動態知識推理的發動機智能故障診斷理論和策略，並結合實際熱試車數據和故障模擬實例對所發展的理論、方法與策略進行了驗證。 -
A reasonable criterion to control error of element was studied. base upon this criterion, an indicator to drive the mobile node of bce was presented. in order to improve the efficiency, an implementing scheme ( according to the distribution of strain energy density ) was suggested when to consider the fact that the high gradient usually appears only in a very local region, especially in the case of huge amount of computation
3 .在誤差控制方面，提出了bezier移動節點單元法中節點移動的收斂判據，研究了節點移動的導向原理；在mathematica和fortran環境下實現了完整的計算編程；在處理高梯度問題的實際應用中，提出了高應變能密度區的局部化處理的求解方案。 -
They are network model and multi _ broadcast model. the two models both base on the entirely distributed and dynamic character. they can find the neighbour nodes quickly and get the connection information of the node
這兩種模型都基於gnutella網路完全分散式和動態性的特點，能夠實現節點之間的快速定位，從而獲取有效的節點連接信息。 -
The allocation of resources can be achieved more easily and each node can obtain the basic bandwidth required by other nodes directly or indirectly through base stations in the cellular networks with central nodes
在有中心節點的蜂窩網路中，資源的分配比較容易實現，各節點可以直接或藉助基站獲得其它通信節點的帶寬要求。 -
Based on the virtual work increment equation of updated lagrangian formulation, tangent stiffness matrix of spatial beam / truss element is obtained. according to base assumptions and catenary equation of cable, the iterative formulations of tangent stiffness matrix and nodal force of the spatial two - node catenary cable element are put forward. therefore the entire geometrical non - linear finite element theory for the analysis of suspension bridges is established
本文的研究工作和取得的主要成果有: 1 .將大旋轉小應變空間梁（桿）單元與兩節點空間懸鏈線索單元結合起來，形成了一套完整的適合於懸索橋結構分析的幾何非線性有限元計算方法。 -
The open research issues and projects are also pointed out in this field. then, wireless sensor network experiment system design draft is shown in the paper, which includes sensor node constitution, base station communication mode, shape of the meshwork topology, control center software and so on
本文研究內容是根據網路化的戰場感知微型傳感器課題設計要求提出的，通過對無線傳感器網路技術動態與發展的掌握了解，在傳感器網路實現技術上進行探索與實踐。 -
The property index is built on columns pk, path and node value of the primary xml index where pk is the primary key of the base table
Property索引是對主xml索引的列（ pk 、 path和節點值）創建的，其中pk是基表的主鍵。 -
The integration of wireless acceleration sensor for structural global monitoring, the integration of wireless strain sensor for structural local monitoring, their corresponding network ’ s topological strucuture, the network ’ s communication protocol, saving energy and the network ’ s experiments are studied systemly, the main contents include : 1. for strucutal global monitoring, the electronics components are compared, anlysysed and seleced. on this base, the design modulization method is used for designing and debugging sensing disposal module, micro - processing module, wireless transceiver module and power module, and thus a wireless acceleration sensor node with digital interface is integrated using the above modules
本文在充分研究傳感技術、信號處理技術、無線通信技術的基礎上，針對土木工程結構整體性態監測的無線加速度傳感器集成、結構局部性態監測的無線應變傳感器集成以及相應的無線傳感器網路拓撲結構、網路通信協議、網路能耗處理、網路試驗等問題進行了系統的研究，主要研究內容如下: 1 .針對結構整體性態監測的需要，從設計的小型化、低功耗、低成本、高可靠性角度出發，對相關電子器件進行了比較、分析、選擇;在此基礎上，採用模塊化設計方法，對傳感處理模塊、微處理模塊、無線收發模塊以及能源模塊分別設計、調試，進而集成了基於數字介面的無線加速度傳感器節點。 -
On the base of brief introduction simple theory of genetic algorithms, we discuss the value of each genetic operator and the means of genetic operation. correct scheme of genetic algorithms is given out according to the special bolted sphere node. the genetic algorithms optimal program is compiled in the environment of matlab using the method of transferring parameters among the main function and the sub - function
為此，首先分析了螺栓節點球的球心誤差，並通過矩陣變換理論給出計算球心誤差的公式，進一步討論了自動分度角度的計算方法；在簡介遺傳演算法的基本原理的基礎上，對各遺傳運算元的取值及遺傳操作方法進行了討論，針對典型的螺栓節點球零件給出了具體的遺傳演算法執行方案；通過matlab軟體編程環境進行程序的編制，利用主函數和子函數之間參數傳遞的方法實現了遺傳演算法優化，並且編制了圖形用戶界面，對優化結果採用圖文結合的形式輸出。 -
By the characteristic analysis of slope displacementtime series, the largest lyapunov exponent and saturation inseted dimension are obtained, and the longestforecast time is given. on this base, the number of inputing node of neural network isgiven, moreover, the method of forecasting slope displacement is presented based onadaptive neural network
在此基礎上，確定了神經網路的輸入節點數，建立了基於自適應神經網路的邊坡位移預報方法，並把混沌理論與神經網路方法結合起來對邊坡穩定性進行評價。
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