software bus 中文意思是什麼

software bus 解釋
軟體總線
  • software : （電腦的）軟體，軟設備；程序設備；語言設備；程度系統；設計電腦方法；計算程序；程序編排手段；方案；資料圖紙；【航空】軟體〈指乘員、載重及燃料等，不包括機械硬體設備〉。
  • bus : n （pl busses buses）1 公共馬車；公共汽車；客機。2 〈口語〉汽車，機器腳踏車；飛機。3 【電學】信息...
  1. B ) realizes the information processing and mode mapping based on xml. c ) realizes the coordination between software bus based on jms and data processing units

    A ）實現了基於j2ee的fiip體系結構； b ）實現了基於xml的信息處理與模式映射； c ）實現了基於jms的軟體總線的數據處理單元之間的交互協作的機制。
  2. By analyzing applied characters of simulation in highway design and studying the requirements of structure, function and data, cooperation frameworks based on data file and component - software bus are established which is important to develop a cooperation system. a time - changing characteristic model of driver, vehicle, highway and environment is established which is the basic work to express the simulation state and to organize the simulate flow

    分析了人車路與環境模擬技術在公路設計中的應用特點，研究了模擬系統與cad系統之間對結構、功能、數據的相互需求，提出了基於數據文件和基於構件?軟總線的人車路與環境模擬與設計協同框架，以適應公路cad系統的發展現狀，對人車路與環境模擬與設計的協同實現具有指導意義。
  3. Beginning with software component technology, a software - bus - architecture - based special software development model is designed. the key technology such as system structure, logic levels, communication structure and application programming inerface ( api ) of software bus are detailedly described

    本文從軟構件技術出發，提出了一種基於軟體總線體系結構的專用軟體開發模式，詳細討論了該系統的體系結構和邏輯層次、軟總線的通信結構以及總線api等關鍵技術。
  4. Based on the orient object and the theory of component, this thesis completes demand analysis. the system puts forward a framework by means of the componential structure of orient object and the idea of realizing the data communication among the individual components of the system through software bus

    本文正是按照這種思路，以面向對象的思想和基於組件的理論，完成了系統的需求分析，系統以面向對象的軟體組件結構的方式構架系統軟體框架，並提出了軟體總線的通信方式來完成系統各組件之間的數據通信的軟體實現思想。
  5. An architectural design of enterprise application software bus

    企業應用軟體總線的架構設計
  6. Broker is the embodiment of " software bus " in real application, it is not difficult to integrate existing applicable programme into corba

    其中代理層就是「軟體總線」機制的具體體現。實際應用中，將企業現有的應用程序資源進行corba化並無太多的技術難題。
  7. Second part introduces software architecture ’ s concepts, characteristics and effects on software development. it is prepared for later researches on software bus. in third part, researches on software bus are given

    本文的第二部分:論述了軟體體系結構的相關知識，包括軟體體系結構的定義、特性，以及它在軟體開發中的作用，以便為軟體總線的研究提供基礎知識。
  8. It studied com and corba, which are typical software bus design based on distributed object technique. then it introduces an instance from the software bus model, which includes msgbus software bus and busadapter bus adapter. forthly, this paper uses msgbus as framework to design an instance of embedded ide

    本文的第三部分:研究了軟體總線，研究了com和corba這兩種基於分散式對象技術的典型軟體總線設計，然後給出了軟體總線的結構模型，在此基礎上設計並實現了該模型的一個實例msgbus軟體總線和該總線的適配器busadapter 。
  9. A ) studies the mapping models between whole and local information views. to provide the information integration service with consistent data expression, data structure and data content, b ) studies the coordination model controlled by the organism model of public information processing unites and business flow under the structure of software bus. ( 3 ) realizes an initial structure of fiip system and a core part based on the studies of the information model, a ) realizes the fiip structures based on j2ee

    A ）為了提供數據表達、數據結構、數據內容一致性的信息集成服務，研究了全局信息到局部信息的映射模型； b ）為了復用相對成熟的領域內信息處理程序和逐步規范領域內信息處理流程，研究了軟體總線結構下的公共信息處理單元的組織模型和業務流程式控制制下的信息處理單元之間協作交互模型等。
  10. Adopting intelligent controls - oriented virtual instrument, structured design thought and software bus thought synthetically, the article introduced the constitution of intelligent controls - oriented audio analyzer, built the apparatus, and implemented the functions in the developing system of vmids. the layer of function provides versatile

    論文綜合應用智能控制項化虛擬儀器思想、結構化設計思想、軟體總線思想、三層結構思想，介紹了智能控制項化音頻分析儀的系統構成，在vmids開發系統內完成了儀器的拼搭和實現。
  11. Abstract : virtual instrument is the advanced technique in measurement field. it has typical development steps based on the hardware, software, bus structure etc

    文摘:虛擬儀器是當今儀器儀表發展的趨勢，根據硬體結構、總線結構、開發平臺的不同，虛擬儀器系統有一套典型開發步驟和系統構建方式。
  12. Currently the integrated framework research mainly focuses on the distributed object technology based on software component and software bus. however, the technology of software component and software bus lack for the efficient means to depict the configuration and mutual association of components

    目前集成框架的研究主要建立在基於軟構件軟總線方式的分佈對象技術上，然而軟構件軟總線的研究並未提供有效手段去透明地描述軟構件的配置和相互關聯。
  13. According to corba, the dependability and the interface of software bus is analyzed and designed, and then a software bus which is based on orb and has a communication middleware system as the core is implemented by c + + builder. the core of the sotfware bus, communication middleware system, consists of a suit of integrated communication protocols and a set of perfect interface functions, which can make disparate software modules communicate and collaborate with each other in distributed heterogeneous environments. this system is also independent of network address, computer location, operation system, hardware platforrn, programming environment and development tool, so it can solve the problems such as interoperability in system integration effectively

    然後，依照corba標準規范，重點對軟體總線的可靠性及介面進行了分析與設計，並以c + + builder為開發工具，實現了一條以orb為支撐環境、通信中間件系統為核心的軟體總線原型。這條軟體總線的核心部分? ?通信中間件系統包含一套完整的消息通信協議和一組功能完善的用戶介面函數，可方便、可靠、快速地實現分散式異構環境下不同軟體模塊間的通信和協同工作。
  14. Finally, the paper constructs the component supporting environment with the core software component base, the base software bus according with corba criteria, and the management software agent

    （ 3 ）建立以分散式軟構件庫為核心，以符合corba規范的軟總線為基礎，通過各類軟體agent進行管理的分散式軟構件集成環境dscie 。
  15. Corba can implement plug and play in software, that is application software according to this specification can become plug - in unit. when it is plugged in software bus and it can be used immediately

    Omg提出的corba規范的主要目標是解決異構體系的分佈計算問題，它實現了軟體的即插即用，也就是說只要將應用模塊按此標準規范，做成軟插件的形式，插入軟體總線即可實現集成運行。
  16. Therefore, corba plays the role of software bus in a distributed system, and has become typical representative and mainstream technology of distributed object computing technology. it greatly reduces the complexity when developing distributed system

    因此， corba在分散式系統中起著軟體總線的作用，已經成為分佈對象計算技術的典型代表和主流技術，能大大簡化分佈系統的開發。
  17. Background of this paper is tilics. because of the particular architecture and complex communication requirements in distributed environments of tilics, a scheme provided with an open distributed software architecture, namely " software bus " is proposed

    本文以神光原型裝置分散式控制系統為背景，針對該系統獨特的體系結構和復雜的分散式通信需求，提出了「軟體總線」這種開放性的分散式軟體體系結構解決方案。
  18. Since the software component / software bus technology, representative of corba, dcom, constitutes the criteria of the development of heterogeneous software component and plug - and - play technology, it is able to solve the reuse problems in distributed, open systems

    而以corba為代表的軟構件軟總線技術為異質軟構件的開發和「即插即用」制定了規范，故可採用corba技術來解決在分佈、開放的系統中的重用問題。
  19. At first, it gets the business logic component frame of system via uml modeling. afterward corba middleware is introduced as a software bus to develop components of pay for insurance management system, which composes the business logic component tie

    首先通過uml建模技術建立了其業務邏輯構件框架；然後利用corba中間件的軟體總線功能，開發了繳費基數管理子系統業務邏輯構件，實現了構件層；最後採用java技術開發了客戶端的應用程序。
  20. The appearance, concept and primary genres ( corba com / dcom and java / rmi ) of distributed object technology are discribed in brief, and then core a specification is discussed in detail in this paper. the advantages of corba, such as flexibility, platform - independent and extensibility, are analyzed in depth. these analysises demonstrate that corba is the best scheme to solve the problems such as cross - platform, cross - operation system, cross - language, cross - protocol and cross - edition in distributed systems, and corba is the principal specification to construct a software bus

    然後，對corba標準規范進行著重介紹，並通過對corba的機構靈活性、軟硬體平臺無關性、系統可擴展性等優點的深入分析，論證了corba是目前解決分散式系統開發時所面臨的跨平臺、跨操作系統、跨語言、跨協議、跨版本等一系列問題的優化方案，是構建軟體總線結構的首選標準。
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