hierarchical relation 中文意思是什麼

hierarchical relation 解釋
層次
  • hierarchical : adj. 1. 僧侶統治（集團）的。2. 統治集團的。3. 等級（制度）的。adv. -cally
  • relation : n 1 說話，敘述，報告；故事。2 關系，聯系；〈pl 〉（利害）關系，交情；〈pl 〉國際關系。3 親戚關系...
  1. The difference bet ween the construction suggested in this study and those existing is that in this study, we const ut two components of ccem directed against manager ; in enterprise as icc and mcc and hold that they are of hierarchical relation and demonsti ate this in way of experiment

    與前人建構不同，本項研究針對企業管理者的工作特點，將管理者溝通能力建構為一般的人際溝通能力和特殊的管理溝通能力兩部分，認為二者具有層級關系，並通過實證研究驗證了這一觀點。
  2. In order to grasp the urban system processes and evolution pattern of hunan province comprehensively, this article has made further discussion on its structure characteristic : through regression analysis, graph analysis and statistics analysis of the time series data and cross sections data, by combining with the fractal theory, we induce the following conclusion : the hierarchical size structure presents the law of the primate city, the rank - size rule and pyramid structure characteristic, but it also has the insufficient development problem of the high hierarchical size city. by using the gravitation model, we found out that the economy relation intensity among those main cities is weak while the structure is loose. based on the urban layer system of economic development level and industrial structure evolution of the cities in hunan province, this article then induces the function combination among the five urban agglomerations in hunan province

    為全面把握湖南城市體系的運演規律，本文對其結構特徵作了進一步的探討:通過時序數據和截面數據的回歸分析、圖表分析和統計分析，結合分形理論，得出了其等級規模結構分佈呈現出首位分佈、位序?規模分佈和金字塔結構特徵，以及存在著高層次城市發展不足的問題;運用場引力模型發現該省主要城市間的經濟聯系強度較弱、結構鬆散，在歸納出該省城市經濟發展水平的層次體系、產業結構演變的基礎上，導出了該省城市體系的五大城市群職能組合;結合空間結構體系、路網交通條件和經濟發展狀況，對該省城市空間分佈狀態進行了定性分析，研究表明該省總體上處于極化階段，各個具體區域，分佈階段不一，差異較大。
  3. Then the paper researches hbm ( hierarchy - based method ), a new method for classifying topological relations based on hierarchical cognition. and the combinative table reasoning methods of topological relation based on hbm are given

    研究了空間拓撲關系的主要表示方法，主要研究了基於層次認知的拓撲關系分類方法hbm ，以及給出了基於hbm模型的拓撲關系的組合表推理方法。
  4. Based on knowledge reasoning, fuzzy theory, extraction of sub - assembly and cluster, and hierarchical connection relation graph, an assembly sequence generation algorithm is studied in this paper, which breaks down the original complex assembly sequence generation problem into several small scale assembly sequence planning problems to reduce the computing complexity caused by cut - set theory. a hierarchical and / or graph to store all the generated sequences is also employed for this purpose

    本文提出基於知識推理及模糊理論，結合子裝配與聚族提取以及裝配樹，利用層次聯接關系圖，將一個復雜的裝配序列求解問題轉化為若干個相關的小規模裝配序列求解問題，並用一種層次與或圖結構存儲裝配序列，使割集法求解裝配序列的計算復雜度大大降低。
  5. Requirements analysis, system frame design, algorithm design, code compile and software test of protection setting verifying and analysis system of sub power system are all accomplished. main research work of this paper is concentrated on three respects : ( 1 ) knowledge expressing of mathematic model and physics model of power system using relation database and object oriented language, ( 2 ) new methods of in - substation topology and net topology analysis based on topology of hierarchical model, ( 3 ) father research of protection coordination considering difference of protection setting verifying and fixing

    論文提出了進行保護定值在線校驗的意義和方法，並按照軟體工程的規范化開發的要求，完成了滄州地區電網保護定值在線校驗分析系統的需求分析、系統框架設計、演算法設計、代碼編寫和軟體測試的大部分工作，主要的研究工作集中在： （ 1 ）利用關系數據庫和面向對象語言對電網進行物理模型和數學模型上的知識表示。
  6. Based - w on uml, we use uml extend mechanism to process specific property develop about workflow : customize stereotype such as contract, port, collaborate, etc. and set up contract hierarchical system structure. for strict mathematical analysis and simulation, we also provide a convertible mechanism from uml model to object petri nets and a object petri nets ? formal analysis method. analyze the complicated dynamic relation among wofld7low ( work item ) in distributed workflow system by object petri nets ? strong analysis and simulation capability

    我們以uml為基礎，利用uml的擴展機制進行了有關工作流特性的擴展：定製了合同、埠、通訊協議塊等版類，建立了合同化的層次體系結構；為了對建立的模型進行嚴密的數學分析和模擬，我們又提供了從uml模型到對象petri網的轉換機制和對象petri網的形式化分析方法，利用對象petri網強勁的分析模擬能力來分析分散式工作流系統中工作流（工作任務）之間的復雜的動態關系；根據分析結果可以對模型進行有效地改進，最後確定的模型容易實現到程序代碼的轉換。
  7. After that tile analytical hierarchical relation among selecting the best scenario evaluating criteria and scenarios was established

    建立了以選出最優設計方案為目的評價基準和設計方案之間的層次結構關系。
  8. So, date management is improved and a lot of complex semantic information is defined availably. the objected - oriented engineering template con structs organic relation between design and manufacture, realizes opposition and consolidate of integration and separation of geometry & manufacture information. for complex object, its hierarchical structure and dynamic data structure can be expressed effectively by simple and tight - knit way

    同時結合模板的知識表達方式，定義了語義對象工程模板，在模板中將設計信息按照對象之間的關系組織起來，加強了對數據的管理，並能表達多種復雜的語義等知識信息，建立了設計和製造活動的有機聯系，實現了幾何信息和製造信息的集成和分離的對立統一，將復雜對象、層次結構及動態的數據結構用一些相對簡單且組織嚴密的方式組織起來。
  9. Version management is very important in engineering data management, and is a method to maintain consistency of design data. a notion of design object is proposed, based on which the design information of product is described. the composed relation, version relation, and equivalent relation are used to establish the relation design object. a version mechanism is established in the paper for engineering data management. a hierarchical model of design object is proposed. some notions such as version history of design object, relations of version history of design object, and so on are proposed. a data model of version mechanism is established. finally, the operation ( check in / check out, selection of current version, dynamic configuration of version and so on ) of version object is analyzed

    版本管理是工程數據庫管理中的重要部分，也是保證設計數據一致性的手段.文中提出了設計對象的概念，以設計對象為基礎組織和描述完整的產品設計信息，建立了設計對象之間的組合聯系、等價聯系以及版本聯系，提出了設計對象的層次模型表示方法.針對工程數據管理的特點建立了其版本機制，提出了設計對象版本歷史、對象版本之間的聯系等概念，研究了設計對象的版本操作檢入/檢出、當前版本的選擇以及版本的動態配置等主要內容
  10. In this paper, in order to most low blasting total cost, through the instance of blasting programchoose, analysed the hierarchical structure relation of prepare select scheme and blastingtotal cost, the single one by applicationbasic principleof the analytic hierarchy process ( ahp ) so that choose the best program

    摘要運用層次分析法（ ahp ）基本原理，以爆破總成本最低為目標，通過爆破方案選擇實例，分析了預選的爆破方案與爆破總成本、各項分成本之間的層次結構關系，從而選出該次爆破的最優方案。
  11. Abstract : the feature definition and the feature classification are given firstly. then the constraint - based parametric feature model of mechanical part is set up. a graph called feature relation graph is used to represent the feature model and a dynamic linked list to build and store the model. using the oop technique, the author realized the feature model. based on the parametric feature model, the feature hierarchical parametrization is analyzed and a parametric example is also given

    文摘:首先系統給出了機械產品造型領域特徵的定義以及特徵的分類；其次，建立了基於約束的機械產品零件的參數化特徵模型，並用特徵關系圖的形式表達特徵模型，同時採用動態鏈表構建特徵模型並用面向對象技術實現了零件的參數化特徵模型；最後結合實例分析了基於特徵模型的零件特徵分級參數化實現過程。
  12. On the basis of analyzing multi - agent technology thoroughly, this paper establishes a mapping of work piece and manufacturing equipments to a series of agents, and builds up four dynamic models of manufacturing system : domain based hierarchical structure, topology of cascading agent structure, proximity relation structure and bus - based network structure. this paper also illuminates the function of agents in these models and the mechanism of these models

    本論文在分析代理技術的基礎上，把工件和製造設備等映射為一個個的代理，建立了四種機械製造系統的動態模型：地域遞階結構模型、面向對象結構模型、臨近關系結構模型和總線結構模型，並詳細介紹了模型中各個代理的功能以及系統的運行機制。
  13. Hierarchical tree queries mechanism in relation database system

    關系數據庫層次樹查詢機制淺析
  14. To coordinate the relation of the knowledge, a rigid hierarchical structure of tasks is represented, and the manufacturing resource is taken into account to make the ultimate process plan adapt to the manufacturing resource of the plant

    因此，創成式capp系統必須協調工藝知識之間的關系，並能將工藝知識與製造資源數據緊密關聯。目前，多agent理論、分散式協同問題求解技術是工藝自動化研究的重要發展方向。
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