advantage for server 中文意思是什麼
advantage for server
解釋
發球方佔先-
While centrally managed directories have come under fire as being " non - p2p " in spirit, and have actually made it easier for napster to be shut down, they do offer one important advantage : centralized management and administration makes it easy to ensure that server hardware and configuration is sufficient to meet quality - of - service objectives
雖然，採用集中式管理的目錄遭到「本質上是非p2p 」的指責，並且事實上促使了napster被棄用，但它確實提供了一個重要的優勢：集中式管理使它容易確保服務器硬體和配置能足以達到服務質量目標。 -
Following the development trend of valve cad, according to the requirements of the chengdu chengfeng valve limited company and based on mdt, this article develops the 3d parametric valve design system. the main work and achievements are as follows : based on the 2d engineering drawing of the several different valves the company provided, the 3d parametric basic drawing - base is set up using mdt which is a 3d design platform, including all the parts drawings and the general assemblage drawings of the valve models ; in accordance with the common steps of the valve design, the parameter editors are designed to edit, import and export the valve parameters and are provided with the function of double synchronization on parameters displaying for convenience in use ; in order to meet demands of users and make the design more accurate, reliable and practical, the assistant formula calculators are developed, which can automatically do all types of structure calculation in the procedure of valve design, and export the calculation manual of valve design ; in order to make designers more rivalries, taking full advantage of internetmntranet technology, the virtual design center is developed, which integrate netmeeting, terminal service and super links, so that the designer can directl y use applications on remote server, communicate with other designers on intranet / internet, share software resources and realize long - distance cooperative design
根據閥門cad發展趨勢，針對成都乘風閥門有限責任公司閥門設計現狀，本課題基於mdt三維設計平臺開發了閥門三維參數化設計系統，主要完成的工作和成果如下：根據公司提供的幾種不同結構閥門的二維工程圖紙，利用mdt三維設計平臺建立了三維參數化基本圖形庫，其中包括所有零部件和總裝配模型圖及二維工程圖；依照閥門設計的一般步驟設計了參數編輯器，用來對閥門尺寸參數進行編輯、輸入、輸出等，具有參數雙向同步顯示功能，使用十分靈活方便；根據用戶的需求，為了使設計達到精確、可靠、實用的要求，設計開發了輔助計算器，能自動完成閥門設計過程中所需的各種結構計算，並可以輸出閥門設計計算說明書；為了使設計人員更具有競爭力，本系統利用internet intranet技術設計開發了虛擬設計中心子模塊，虛擬設計中心集成了網路會議、終端服務、超級鏈接等功能，可以讓設計師直接使用服務器上的應用程序，與intranet internet上的其他設計專家進行交流、共享軟體資源，實現遠程協同設計。 -
The messaging part of an application and the data part of an application can use the same sql server languages and tools in a service broker application, taking advantage of the developer s familiarity with database programming techniques for message - based programming
應用程序的消息傳遞部分和數據部分可以在service broker應用程序中使用相同的sql server語言和工具，這使開發人員在基於消息的編程中可以充分利用對數據庫編程技術的熟悉。 -
At the end, the paper makes multi - tier application architecture based on application server of corba component to development of management information system for the power enterprise, and describes the whole development process for above architecture in detail, at the same time, analyses the advantage and insufficiency of the system
在文章的最後，把基於corba構件應用服務器的多層應用體系結構應用於電力企業管理信息系統的建設中，並說明基於該體系結構的開發過程，同時分析基於該體系結構的電力企業管理信息系統的先進性和存在的不足之處。 -
Beginning from cscw theory, this thesis analyse the advantage from using cscw and the character of distributing vlsi co - design, propose a web - based network platform for vlsi remote co - design. the platform aims at vlsi co - design through providing cooperative network enviroment. main functional modules in the system are implemented with focus on vlsi design. using effective information and project - flow management, the system provides high - efficient cooperative enviroment. the system structure is browser / server 3 distributed layers
本文從cscw理論入手，系統的分析了採用計算機支持的協同工作帶來的好處，結合vlsi分散式協同設計的特點，提出了一種利用現有的internet ，基於web的遠程vlsi協同設計的網路平臺。網路平臺以vlsi協同設計為目的，提供網路協同環境為手段。 -
Client / server is the leader architecture of computer application system of now. browser / server is a new architecture evolved from the developing of internet / intranet technique. it is a three - tier c / s substantially. in order to fulfill the requirements of different types of users of our school, the author applied both c / s and b / s in the system developing. this paper first introduces the concepts, characteristics, and the influences on system developing of c / s and b / s, analyzes the feasibility and advantage of applying the two architectures in one system from the practice view. then, based on the practice of system developing at the beijing university, the paper studies the developing technique for the client side of c / s and the www server side of b / s. for the client side of c / s, the paper focuses on the application of object - oriented programming. for the www server side of b / s, the paper discusses the connecting technique between www server and db server, and presents some instances implemented by asp
Client / server結構是目前管理信息系統的主導模式。 browser / server結構是隨著internet / intranet技術的發展而形成的一種新的計算管理模式，其實際上是三級c / s結構。針對我校的實際應用情況，為解決人事系統中不同層次的用戶對系統的需求問題，作者在系統開發中採用傳統的c / s與先進的b / s相結合的解決方案，一方面以查詢、瀏覽、地理位置分散、交互較少的服務為主體的應用採用b / s結構，另一方面以事務處理、服務提供、統計報表、決策支持等大部分應用採用c / s結構， c / s和b / s兩種體系結構緊密結合構成了我校的人事管理信息系統。 -
However, the second technology has the following disadvantages : first, data paging and tmrm generating are integrated into one modulate, next, data structures they used are very complicated and large, in addition, the work of data preprocessing is very heavy and frequently data paging need the server with high performance, at last this paging method is very difficult for implementation. as for the first technology, an important advantage of it is that the data paging and tmrm generating are not interdependent, so it will be more e asily applied in practice than the second one. as an implementation of the first technology, lindstrom introduced a method which uses quadtree and triangle binary tree to organize terrain data and adopt multithread mechanism to realize the data process
而第一種流式處理技術盡管一次調入的數據量稍大，但其數據調度與多解析度模型的生成在功能上是相互獨立的，如果處理得當更容易在實際工程中得到成功的應用，對於它的實現， lindstrom提出了利用四叉樹及三角形二叉樹進行地形數據組織並利用多線程機制進行數據調度與簡化的流式處理方法，但該方法的缺點是：其數據結構依賴于地形的物理分割，因此數據結構龐大；多解析度模型生成的計算量也依賴於物理分割的粒度，即物理分割粒度較粗時，數據范圍增大，計算量會急劇增加；該方法不能實現模型的增量生成。
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