源服務訪問點 的英文怎麼說

中文拼音 [yuánbìwùfǎngwèndiǎn]
源服務訪問點 英文
source service access point
  • 源 : 名詞1. （水流起頭的地方） source （of a river）; fountainhead 2. （來源） source; cause 3. （姓氏） a surname
  • 服 : 服量詞（用於中藥; 劑） dose
  • 務 : Ⅰ名詞1 （事情） affair; business 2 （姓氏） a surname Ⅱ動詞1 （從事; 致力） be engaged in; devote...
  • 訪 : 動詞1. （訪問） call on; interview; visit 2. （調查; 尋求） inquiry into; seek by inquiry [search]; try to get
  • 問 : Ⅰ動詞1 （請人解答） ask; inquire 2 （詢問; 慰問） question; ask about [after]; inquire about [aft...
  • 點 : Ⅰ名詞1 （液體的小滴） drop （of liquid） 2 （細小的痕跡） spot; dot; speck 3 （漢字的筆畫「、」）...
  • 服務 : give service to; be in the service of; serve
  • 訪問 : visit; call on; interview; access; addressing; reference to
  1. New and consistent competition advantages all result from custom ' s satisfactory and changing innovations. a thorough procedural reproduction contains three phrases. first of all, by market researching, inter - communication and other methods, we need to find problems and begin to rearrange all procedures ; secondly, by reorganizing the management procedure of valued customers, the structure of luzhou telecom corp., front and back sla service protocol and kpi performance evaluation items, it support, we can correct problems after segmental test

    一個完整的流程再造工作包括三個階段：第一，通過市場調研、內部訪談等對所有流程進行梳理，找出問題，確定重點優化流程；第二，設計瀘州電信新的大客戶管理流程和組織結構、前後端sla服務水平協議和kpi績效考核指標、 it支撐，通過局部試用，發現問題，重新調整；第三，設計計費與賬務處理流程、網路資源調配流程、滾動性網路投資流程、 it支撐，內部推廣，全面推進企業的流程再造工作。
  2. In this dissertation, we tried to improve the fairness of bandwidth sharing from two aspects : marking algorithm in diffserv and the implementation of tcp protocol. in summarize, this dissertation includes the following outcomes : 1 ) made a summarization that covers several models of quality of service ( qos ) provided in the internet, which include intserv, diffserv and mpls etc. this dissertation analysed the architecture and technological characteristics of each model. after an introduction of each model, the dissertation summarized what qos requests they can fulfil and how they implement them

    具體來說，本文的主要成果包括如下幾個方面： 1 ）對當前qos的幾個典型服務模型進行了綜述，指出了它們各自的優缺點，在此基礎上了，提出了一個端到端的qos體系結構，將現有的幾種服務模型集成起來，對網路資源進行有效地管理，使qos系統在核心網路具有很好的擴展性，同時在用戶網路或訪問網路能提供較精細的qos保證； 2 ）在標記演算法方面，本論文指出了影響帶寬共享公平性的幾個因素，分析了現有的標記演算法在公平性方面所存在的不足，在此基礎上，提出了一種自適應的公平數據包標記演算法（ adaptivefairmarker ， afm ） 。
  3. Direct file system access, a provision that allowing a migrated process to directly access files in the current loaction, is supported by mosix through the mosix file system ( mfs ). to make dfsa work, a single - node consistency is required, and mfs can support the requirement by caching the only block data on the file server in the cluster system, but the traditional linux cache mechanism on the file server ca n ' t provide enough buffer caches to both the local and the remote client processes

    機群文件系統提供的文件訪問效率對整個機群系統的性能有著至關重要的影響， mosix負載均衡機群系統利用搶占式進程遷移和直接文件系統訪問（ dfsa ）機制，實現了機群節點間的負載均衡和資源的協調使用， mosix機群文件系統mfs通過在服務器節點進行全局唯一的緩存實現了單一節點一致性，提供了對dfsa機制的支持。
  4. This paper stresses on discussing the architecture, access protocol and implementation mechanism based on xml and web services technologies, researches key technologies of metadata information service and data uniform access and management in database grid, designs and implements distributed mis subsystem and das subsystem, which support multi - domain management. mis can provides metadata information for the whole system, such as das and clients, it uses domain name 、 logical name and internal name of data object to uniformly name database resources in grid and implements name mapping mechanism and user view metadata information service and provides virtual organization and management of database resources. das can provide a scalable uniform data access by virtual organization and management of storage resources and multi - mode data share access mechanism, thus integrate database resources in grid and shields distribution and heterogeneity of resources and achieves transparent access. system adopts data access mechanism based on user request mapping to flexibly implement data access across multi domains, and adopts distributed data cache mechanism 、 security mechanism based gsi to provide high - performance secure data service for grid users

    本文論述了griddaen - dai系統的邏輯結構、訪問協議、數據服務流程以及基於webservices 、 xml等技術的實現策略，重點研究數據庫網格中的元服務、數據統一訪問和管理等關鍵技術，設計和實現了支持多管理域的分散式元服務子系統和數據訪問服務子系統。其中元服務主要為整個系統提供各種元信息支持，它採用域名、數據對象的邏輯名稱、物理名稱和內部名稱對廣域環境下的數據庫數據進行了統一命名，實現了相應的名字映射機制和全局的用戶數據視圖服務，提供了數據庫資源的虛擬組織與管理方式;數據訪問服務通過提供可擴展的統一數據訪問和支持多種數據共享訪問模式，屏蔽了數據庫資源的分佈性和異構性，為用戶提供了統一透明的數據服務。
  5. A sign - in web service returns a user id number indicating if a user is authorized to access web site resources

    Web服務為一次登錄（ sign - in ）返回一個用戶id號指示用戶是否得到訪問web站點資源的授權。
  6. This paper put forwards the realization of the individualized service model of teaching resources to solve the contradiction between individualized requirements and the masses of teaching resources, and it ' s helpful to make the teaching resources database individualized and intelligentized. the integration filtering can be used in reference in other individualized information services such as e - business. it also describes the users " interest by the real interest parameter and the integrated interest parameter, and made use of individualized character database to record the users " individualized accessing

    論文的主要研究意義有： （ 1 ）提出個性化教學資源服務的實現方法，以此解決海量教學資源與用戶個性化需求之間的矛盾，有利於提高網路教學資源庫系統的個性化和智能化； （ 2 ）提出一種兼具個體過濾技術和協同過濾技術優點的綜合過濾技術，對其它基於網路的個性化信息服務如電子商務有借鑒意義； （ 3 ）提出採用實際興趣指標和綜合興趣指標相結合來描述用戶興趣，並採用用戶個性化特徵庫來記錄和跟蹤用戶對教學資源個性化訪問，給個性化教學資源服務提供一種新思路。
  7. Web server architectures based upon traditional web server and web cluster with embedded modules have been constructed, and the implementation methods of differentiated services are provided. the critical functions which include class identification, resource management, requests scheduling ar. d admission control are specifically analyzed, and the works on improving resource utility and reducing resource overhead on refused requests are also discussed. 3

    通過嵌入模塊方式基於傳統web服務技術構建了支持區分服務的web服務模型，從技術層次對區分服務的實現進行了詳細論述，重點討論了業務類的請求識別、資源管理、請求調度和訪問控制等的技術要求和實現方法，並進一步分析了提高資源利用率和降低無效請求資源消耗的措施。
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