行模式名字 的英文怎麼說

中文拼音 [hángmóshìmíngzì]
行模式名字 英文
row mode name
  • 行 : 行Ⅰ名詞1 （行列） line; row 2 （排行） seniority among brothers and sisters:你行幾? 我行三。where...
  • 模 : 模名詞1. （模子） mould; pattern; matrix 2. （姓氏） a surname
  • 式 : 名詞1 （樣式） type; style 2 （格式） pattern; form 3 （儀式; 典禮） ceremony; ritual 4 （自然科...
  • 名 : Ⅰ名詞1 （名字; 名稱） name; appellation 2 （名聲; 名譽） fame; reputation 3 （名義） name 4 （姓...
  • 字 : Ⅰ名詞1 （文字） character; word 2 （字音） pronunciation 3 （字體） form of a written or printed ...
  • 模式 : model; mode; pattern; type; schema
  1. As for the measures in phase of legislation, it includes determining the limitation of rights, perfecting searching system of object of rights, confirming the legal principle of resolving conflicts etc. as for the measures in phase of remedy, it includes confirmed rights by relevant authorities, opposition procedure, interested person ' s application to relevant authorities for protection, as well as lawsuit arbitration etc. the thesis will analyze and study such conflicts by means of analyzing case and legal reasoning, in order to find out the ways by which the conflicts and contradictions will be resolved

    立法方面的任務是確定權利的界限、完善權利客體的檢索審查機制、確認解決沖突的法律原則等，通過建立理想的確權模式來避免未來可能產生的權利沖突。法律救濟措施包括有關部門主動確權、異議程序、當事人向有關部門提出權利保護申請、訴訟或者仲裁等方面，目的在於通過具體的法律實踐，對權利沖突進行調和和整理，使調整各類權利的法律規范體系得以順利實施。從法律運行的角度看，商標權與字號權、域名權等相關權利的沖突既有立法的原因，又有執法、守法的原因。
  2. In the application of pmos - 2000 system, the author carried out a hybrid encryption protocol with is suitable for information security transmission in electricity market with des, rsa and md5. with the pattern characteristics of pmos - 2000 power market operator system, and analyzed and compared with other encryption system, the author puts forward an implementing method, operational process and system structure of information encryption technology used in pmos - 2000, and the operating effects and projects which need further research and discussion were finally given. the research of this dissertation applied information security technology in power system project, which made it possible for information security transmission

    在pmos ? 2000系統的應用中，作者利用des對稱加密演算法、 rsa非對稱加密演算法、 md5數字簽名演算法實現了一套適合電力市場信息安全傳輸的混合加密體制，結合了pmos ? 2000發電市場技術支持系統的模式特點，通過與別的加密體制的分析比較，把混合加密體制應用於pmos ? 2000系統之上，並提出了這套加密系統在pmos ? 2000電力市場技術支持系統中的實現方法、運作過程和系統體系結構，最後給出了它的運行效果以及進一步可研究和探討的方案。
  3. In python 2. 2, all of the defined patterns are matched in alphabetical order by name, regardless of where they are defined in the inheritance chain

    在python 2 . 2中，不管在繼承鏈中的什麼地方定義，所有定義過的模式都按字母順序（按名稱）進行匹配。
  4. It provides fine grained access control, using a local name space hierarchy, and a simple, flexible, trust policy model ; these features allow for the ability to create groups and delegate authorizations. finally, it is proposed that an spki certificate based payment system that offered a

    Spki / sdsi為使用者提供了細粒度的訪問控制手段，它使用局部名字空間和一個簡單、靈活的信任策略模式，這些特性使得可以創建組結構和進行授權代理。
  5. The feature of xrdb system is follow : the relation of xml element and it ' s son is keeped by relation - dictionary, as the same time the relation - dictionary keeped the element attributes, content and their corresponding in relation database. in order to get the more efficiency relation table, the dom tree of xml schema is trimed for getting orderliness xml schema. for efficiency rewrited path expression into sql, the relation dictionary keeps every xml element ' s absolute path

    Xrdb系統的主要特色有：用關系字典保存xml元素的父子關系，元素的屬性，內容以及它們對應的關系數據庫表名，列名；對xml模式的dom樹進行修剪，使xml模式整潔，從而使映射得到的關系的更合理；關系字典保存了每個元素的絕對路徑，可以快速地把路徑查詢重寫為結構化查詢； xrdb的查詢結果是原來xml文檔的文檔片段。
  6. The author studies the implementation of this measure in the western regions by the western han and the generalization of han - style name by the eastern han, discusses the adoption method of han - style name in the western regions and explores the spreading and rooting of the family name concept of inland china in the western regions

    認為王莽于西漢元始二年（ 2年）操作實施的「去二名」改制措施，是導致以後西域人改用漢式名字的直接原因；論證和復原了西漢曾經在西域實施過「去二名」措施以及東漢繼續在西域推行漢式名字的史實；討論了有關西域有關人採用漢式名字或姓名的模式問題；探討了來源於漢地的姓氏觀念在西域的植入和生根的軌跡。
  7. 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。
  8. Then, the form digital signature model is analysed and designed on the domain. in the phase of domain analysis, the requirement of form digital signature is abstracted and described, then use case model and activity model are created. in the phase of domain design, based on the method of object / component oriented, object structure model and object behaviour model of form digital signature are created. also the design pattern is used to optimalize the design

    之後，對表單數字簽名模型進行領域需求分析和領域設計.在領域分析階段，對表單數字簽名的需求進行抽象和描述，建立軟體的用例模型和活動模型.在領域設計階段，採用面向對象/構件的方法，建立表單數字簽名的對象結構模型和對象行為模型，並採用設計模式進行優化設計
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