复杂对象

  • 网络complex object;complex plant
复杂对象复杂对象
  1. 本体(Ontology)作为一般化的数据库模式,可用于描述比普通数据库更复杂对象的语义结构,其支持信息共享和代码重用。

    Ontology can describe complex object 's semantic structure , which supports sharing and reusing .

  2. 复杂对象的管理策略及其SQL查询

    Strategies for complex object management and its SQL language

  3. 基于GIS的地图复杂对象数据库的建立及其数据转换

    Creation and its data exchanging for object oriented complicated map database of GIS

  4. 到复杂对象图的复杂连接的映射,包括多种Java集合类型。

    Mapping of complex joins to complex object graphs , including various Java collection types .

  5. 示例复杂对象拥有必要的字段,用于捕获显示自定义收件箱以及自定义MyTeamPerformance所需的信息。

    The sample complex object has fields that capture the information needed to display the custom inbox , as well as the custom My Team Performance .

  6. 复杂对象语义在ANGEL系统中的实现

    Implementation of complex object semantics in the angel system

  7. 这些复杂对象使用常规的PID控制无论是由经验法得到还是由先进控制方法得到,都难以满足实际控制需求。

    The PID control strategy either guided by experience or introduced by advanced control theory can not satisfy the requirements in real applications .

  8. 针对非线性复杂对象,改进了基于T-S模型的模糊辨识算法:首先,提出了将输入向量的阶次辨识加入到参数辨识的方法,最终有效提高了辨识精度;

    An improved algorithm of fuzzy identification with T-S fuzzy model is proposed .

  9. 添加负责进行EJB代理调用和返回复杂对象的方法。

    Add a method that is responsible for making the EJB proxy call and returning a complex object .

  10. 这些新问题主要表现在其基础控制部分的PID控制方法对复杂对象的不适应性。

    These problems basically behave the PID that in its the foundation controls a share to control a method to be opposite the inelasticity of complex object .

  11. 利用Matlab/Simulink对复杂对象进行了闭环仿真,将单神经元自适应PID控制算法与常规PID控制算法进行了比较。

    The closed loop simulation for complex object is given by using Matlab / Simulink . The control algorithms of single neuron self-adaptive PID is compared with conventional PID .

  12. 三维GIS的场景绘制涉及许多复杂对象且数据量巨大,给表达的真实性和实时性带来困难。

    The rendering objects in the scene of three dimension GIS include varieties of things that result in gigabytes of data , which bring forth difficulties for representing vividly and quickly .

  13. 注意,通过使用复杂对象的real和imag属性,即可访问复数的不同部分。

    Notice that you can access the different parts of the complex number by using the real and imag attributes of the complex object .

  14. 会话Facades(SessionFacades):通过聚合来自多个系统或服务的方法,简化复杂对象的视图。

    Session Facades : These provide a simplified view of a complex object by aggregating methods from multiple systems or services .

  15. 采用PDM、CSCW等技术,把校园等场景看作由许多子对象组成的复杂对象,研究建立一个支持大规模虚拟场景快速设计的数据管理系统。

    In this paper , PDM , CSCW and Web technologies are used to research and design a data management system for great scale scenes .

  16. 基于OAI-PMH和复杂对象格式的资源收割机制探讨

    The Exploration about Resource Harvesting Mechanism Based on OAI-PMH and Complex Object Format

  17. 基于引用机制的ORDBMS复杂对象查询

    Querying of Complex Object Based on Referencing in ORDBMS

  18. 此方法使用Web服务客户机代理类SampleServicePortTypeProxy调用Web服务提供者,并将复杂对象SampleOperationResponse返回到其调用方。

    This method calls the Web service provider using the Web service client proxy class SampleService_PortTypeProxy and returns a complex object , SampleOperationResponse , to its caller .

  19. ORDBMS是对传统RDBMS的扩展,它是将面向对象的思想引入数据库中,实现了复杂对象的属性的存储。

    The ORDBMS is the extension of traditional RDBMS , which introduce the OO ideology into the database to realize the storage of complicated object .

  20. 类属性可以在声明时进行初始化,但是如果使用复杂对象类型(例如hash或数组)初始化属性,该属性将类似于Java类中的公共静态变量。

    Class attributes can be initialized when declared , but if the attribute is initialized with a complex object type ( such as a hash or an array ) that attribute becomes analogous to a public static variable in a Java class .

  21. 应用结果表明用ECSS开发的专家控制系统能有效地对复杂对象进行控制。

    Quantities of application results show that the expert control systems developed with ECSS can control complex objects effectively and efficiently .

  22. 数值模拟和试验研究表明LTI改进算法是一种有效的射线追踪方法,能追踪回波,适合复杂对象的层析成像。

    Numerical simulations and experiments show that improved algorism of LTI is effective to trace rays including back waves and suitable for computerized tomography to complex object .

  23. 本文比较了以COL,(complexobjectlanguage)为代表的逻辑数据语言与F-logic语言操作复杂对象的能力。

    In this paper , the authors compare the capability of F-logic with that of logic database languages represented by COL ( complex object language ) .

  24. 提出基于SVM多分类的多模型切换策略,将基于并行SVMs的MPC(SVMs-MPC)技术推广,使其能够控制具有多种工况的复杂对象。

    SVM multi-classification based multi-model switching . strategy is proposed and consequently parallel SVMs based MPC ( SVMs-MPC ) is generalized to control the complex plants , which operate in multiple operating environments .

  25. 最后证明要作为复杂对象模式规范化设计的MIMI算法输入的OD集合的特性,并基于此改进复杂对象模式规范化设计。

    Finally , the properties for the set of ODs as the input for normalization design of complex object schemes are shown , and based on it normalization design for complex object schemes is improved .

  26. 根据需要,stringify函数可以允许定制一个复杂对象的特定属性如何被格式化。

    Optionally , the stringify function can allow the customization of how a particular property of a complex Object is formatted .

  27. 本文提出了一个基于复杂对象数据模型的、以权主群及权体簇作为授权单位的多级授权模型,即MAM模型,并讨论了面向文本数据库授权系统的基本功能及基本操作。

    This paper presents a multilevel authorizing model , MAM mod - el , which is based on a complex object data model and using authorizing subjects groups and object clusters as authorization units , and discusses the basic functions and operations of authorization system in a text-oriented database .

  28. 针对复杂对象的图像检索,提出一种基于逻辑运算的概率模型。

    A logical operation-based probability model for image retrieval was presented .

  29. 规范化对象模式森林&复杂对象模式的范式

    Normal Object Scheme Forest & a Normal Form for Complex Object Schemes

  30. 复杂对象缓冲技术的研究及实现

    Study on Techniques of Complex Objects Buffering and Its Implementation