structure tag

英 [ˈstrʌktʃə(r) tæɡ] 美 [ˈstrʌktʃər tæɡ]

网络  结构体标记; 结构变量; 结构标识; 结构标志; 结构体标记表示

计算机



双语例句

  1. Often the response data contains an XML structure contained within a CDATA tag.
    响应数据经常包含一个包含在CDATA标记中的XML结构。
  2. The form's structure begins with the < form> tag.
    表单的结构以
    标记开始。
  3. Upon storage, DB2 will preserve the internal structure of this document, converting its tag names and other information into integer values.
    在存储时,DB2会保留这个文档的内部结构,并将它的标记名和其他信息转换为整数值。
  4. Not every tag is a simple symbol in the SXML structure; specifically, a namespace-qualified tag is a pair instead.
    SXML结构中,每个标签并非都是简单的符号,特别地,命名空间限定的标签就有两个符号。
  5. HAML is "a language that allows you to use indentation to lay out the structure of HTML", being useful when establishing the tag hierarchy.
    HAML是这样一种语言:”可以通过缩进来对HTML的结构进行布局“,这在搭建标签层次体系时是非常有帮助的。
  6. Also, in addition to its traditional hierarchical tag structure, you can also view tag clouds, which ( theoretically) depict more-popular tags with larger fonts.
    此外,除了其传统的等级标签结构,您还可以查看标签云,其中(理论上)描绘较大字体更受欢迎的标签。
  7. For example if we were parsing an XML file we might want to notify a list view that we're using to represent the XML file's structure whenever we encounter a new tag.
    例如,在我们解析XML文件时,我们也许希望在遇到一个新的标记时,能够给一个我们用来显示XML文件的结构的列表发出通知。
  8. Web page that is a kind of hypertext documents, contain both text information and structure information such as hypertext tag.
    网页是一种超文本文档,其中含有文本信息和很多超文本标记等结构信息。
  9. The structure of data and the algorithm used in the method have the advantages of improving the accuracy of enquiring, having less index redundancy and quickly enquiring under the condition of making full use of the context information in the tag of XML file.
    该方法所采用的数据结构和算法,在充分利用XML文件的标记所隐含的上下文信息提高查询准确率的同时,有较小的索引冗余和较快的查询速度。
  10. This paper introduces the work principle of electronic tag, puts forward material flow management during producing and circulating by means of electronic tag, emphatically discusses and analyzes the structure and function of electronic tag material flow management system.
    介绍了有关电子标签的工作原理,提出采用电子标签进行生产和流通过程中的物流管理,并对基于电子标签的物流管理系统的结构和功能进行了详细的分析和论述。
  11. The theory, design, structure and the application of SAW sensor in passive tag are discussed in the paper.
    本文基于信息敏感的角度对SAW传感器的理论、设计、结构、系统研究方向,在无源标识器(IDT)应用军方面进行了探讨。
  12. A miniaturization structure of RFID ( Radio Frequency of Identification) tag antennas based on Hilbert fractal structure is proposed.
    提出了一种基于Hilbert分形结构的射频识别(RFID)标签天线的尺寸缩减设计。
  13. This paper introduces the characteristic and structure and principle and read-write method of an UHF RFID tag accorded with ISO 18000-6 Standard, and presents the solution of its interrogator, expatiates hardware design of interrogator and flow of software program.
    介绍了符合ISO18000-6标准的超高频RFID电子标签主要特点、结构、工作原理及读写方法,提出了相应读写器的解决方案,重点阐述了读写器的硬件设计及软件程序流程。
  14. This model could represent the HTML tag structure efficiently. It also bring a new HTML data store scheme which supporting isolate the data From the tag pattern and solve the problem in web data storage optimize and maintenance fields.
    该模型不但能有效的描述HTML标记结构,还提出了一种新的HTML数据存储方式,该方式支持HTML标记结构和数据的分离,有效的解决了HMTL信息的存储优化和管理问题。
  15. Web Page Structure Analysis Based on Tag Tree Method
    基于标记树表示方法的页面结构分析
  16. The simulation and test results show that the space-filling feature of Hilbert fractal structure antenna can be effectively transformed into the size-reducing feature, and that the RFID tag antenna with one-dimension Hilbert fractal structure is of higher efficiency.
    仿真和实测结果表明,Hilbert分形结构天线的空间填充特性可有效转化为标签天线的尺寸缩减特性,而且一维Hilbert标签天线具有更高的天线效率。
  17. Because it provides an implementation for the MVC structure and its tag libraries have many advantages in development, Struts is more and more used in lots of Web applications, and becomes one of the popular frameworks.
    由于它很好地实现了MVC,而且其标记库具有强大的的页面开发功能,因此近年来越来越多被运用于很多大型系统,成为Web应用开发中最为流行的框架之一。
  18. To solve these problems, we analyzed the structure of such RFID tag system, and mainly researched the temperature sensor module, as well as the interfaces between it and other modules.
    针对这两个指标,本论文对集成温度传感器的RFID标签结构进行了分析,重点讨论了温度传感器模块及其与其它模块的接口。
  19. Finally, the paper focuses on system design and development situation, which contains MySQL back-end database structure and functions of the simulation system, and test electronic tag read distance, give the operation of system and experimental results.
    最后,重点介绍了MySQL后台数据库的结构,仿真系统的功能实现等关键部分的设计与开发情况,并对电子标签的读取距离进行测试,给出系统的运行情况和实验结果。
  20. This method was based on the consideration of TF IDF method and BLOG document structure feature, tag feature and comment feature, which made the method more suitable for BLOG documents.
    该方法以传统的关键词权重计算方法TFIDF为基础,综合考虑了BLOG文档的结构特征、标签特征和评论特征,使得该关键词权重计算方法更适用于BLOG文档这种新的信息发布模式。
  21. These two paragraphs of miniaturization tag antennas all use the simple T matching structure, and their size and gain all have advantages during the present research about the miniaturization of tag antenna.
    这两款小型化的标签天线的阻抗匹配调节过程都用到了T匹配结构,其小尺寸和高增益在目前关于小型化结构的研究中都极具竞争力。
  22. Thereafter, the system structure UHF passive UHF RFID tag chip was designed. The paper studied the low-power passive RFID chip design related to the key technical difficulties.
    之后,对无源UHF超高频无线射频识别标签芯片的系统结构进行了设计,对低功耗无源电子标签芯片设计中涉及到的关键技术进行了研究,对设计中的创新点进行了着重的阐述。
  23. Through foreseeing the structure of the HTML tags on the search result pages, extract this tag structure with abstract extracted tags to get books information object linked list, and complete results analyses. 3.
    通过预先了解并熟悉图书网站的搜索结果的展示页面的HTML标签结构,将这种标签结构进行抽象提取,利用抽取模板进行解析获得图书信息对象的链表,完成结果解析。
  24. The symmetric T-shape slots and the insertion feed structure make the impedance match between the antenna and the tag chip convenient.
    对称T型槽和内插式馈电结构使得天线与标签芯片的匹配变得非常方便。
  25. The result of test and simulation are analyzed and the contrast figures are made, these results prove the availability and practicability of the miniaturization meander-line structure tag antenna.
    利用矢量网络分析仪及专用测试探头对加工的天线进行了阻抗测试,对测试和仿真的结果进行分析讨论并画出它们的比较图形,证明了该小型化弯折线标签天线的实用性和可行性。
  26. Firstly, the RFID system structure and the fundamentals are discussed, and the relevant protocols are compared. The system architecture of the passive UHF RFID tag is analyzed.
    首先,阐述了RFID的系统组成及其基本工作原理,并对相关协议标准进行了分析比较;对无源超高频射频识别标签芯片的系统架构进行了分析。