页面结构的英文

• page structure

• "页"英文翻译    page; leaf
• "面"英文翻译    face
• "结构"英文翻译    structure; composition; cons ...
• "页面结束符" 英文翻译 :    page end character
• "页面结束条件" 英文翻译 :    end of page condition; end-of-page condition
• "八面结构" 英文翻译 :    octahedral structure
• "表面结构" 英文翻译 :    surface structure; surface texture
• "舱面结构" 英文翻译 :    deck structure
• "侧面结构图" 英文翻译 :    construction profile
• "超环面结构" 英文翻译 :    toroid structure
• "超球面结构" 英文翻译 :    hyperspherical structure
• "粗面结构" 英文翻译 :    trachytic texture
• "锋面结构" 英文翻译 :    frontal structure
• "复曲面结构" 英文翻译 :    toroid structure
• "护面结构" 英文翻译 :    pavement structure
• "截面结构" 英文翻译 :    cross-section structure
• "界面结构" 英文翻译 :    interface structure; structure of boundary surface
• "路面结构" 英文翻译 :    pavement structure
• "路面结构层" 英文翻译 :    p***ement structure layer; pavement structure layer
• "平面结构" 英文翻译 :    construction; planar; planar construction; planar structure; plane structure; plate structure
• "剖面结构" 英文翻译 :    profile constitution
• "铺面结构" 英文翻译 :    pavement structure
• "铺筑面结构" 英文翻译 :    pavement texture
• "舌表面结构" 英文翻译 :    the superficial structure of the tongue
• "双面结构" 英文翻译 :    interfacial structure

• Defining the visual layout and page structure
  定义可视化的布局和页面结构。
• The structure of a page and things really get tricky
  页面结构的能力，事情就变得有些微妙了。
• Page structures or page content that change with each user request impedes the use of page caches for storing page responses
  页面结构或页面内容会随每个用户请求而变化，因而不能使用页面缓存来存储页面响应。
• Now that you re getting serious , you might also need to change some of your page structure , such as converting from a placeholder list to a table , or vice versa
  现在开始要认真了，可能还需要改变一些页面结构，例如从占位符列表转换成表格，或者反过来。
• Tab to select the outline view , which will give us a tree - structured outline view of our jsp that will help us ensure that our page structure is correct
  选项卡以选择outline视图，这将向我们提供树结构的jsp outline视图，该视图将有助于我们确保我们的页面结构是正确的。
• Since the late 1990s the information extraction on web tables was probed into study , and at present , all the research on it is still quite preliminary . according to the technology studied at present , there are two methodologies . one is based on wrapper , which is a traditional methodology used in ie area and inherently highly web source or domain specific and always non - reusable . the other one is based on table structure recognization , which is mainly study in this thesis . the focus of this thesis is to investigate a methodology which is domain - independent and can adapt more web source to recognize table structure
  从当前的研究技术上看,主要有基于包装器( wrapper )和基于结构识别两种方式。前者是传统的信息抽取方法,对页面结构的依赖性强,可重用性差;而后者则是本文研究的重点。本文旨在希望通过研究一种具有空间适应性和领域独立性的表格结构识别技术,使应用程序能够达到理解表格的目的,从而将其应用在web表格信息抽取领域。
• In order to solve the problem , in this paper , a novel approach is proposed to automatic wrapper maintenance . it is based on the observation that despite various page changes , many important pages features of the pages are preserved . using these preserved features to identify the locations of the desired values in the changed pages , and repair wrappers correspondingly
  针对web页面结构多变、包装器易于失效这个缺陷,本文提出了一种新的包装器平衡算法,该算法能利用页面上一些不变的重要特性信息来确定数据项的位置,然后对包装器进行修复,从而维持包装器的平衡。
• Then , the author has advanced a model of uniform layout manager of web sithage managerthe model advance ( l ) page architect ' ure system analysis method ; ( 2 ) model description of separaing business codes from ui codes and dynaxnic page layout ; ( 3 ) providing encapsulation method of currency application of web sitc
  模型中给出了： ( 1 )对网页页面结构的系统分析、划分方法； ( 2 )描述了解决用户界面代码和业务逻辑功能代码分离以及页面动态布局的模型； ( 3 )提供了对通用性很强的应用程序的封装方法。
• The structure recognization of web table can be processed by two phases . first we need to filter out those non - genuine tables which is uesd not for relational information display but for creating any type of multiple - column layout to facilitate easy viewing . according to lots of observations to tables in web pages , the features are identified which best capture the characteristics of the genuine table compared to a non - genuine one , and then get the heuristic rules . based on these rules , algorithms are designed and implemented to evaluate the performance , as measured by ie evaluation metrics - recall , precision and f - measure . the result show that the performance of our algorithms is not less effectively than others
  首先从纷繁复杂的web页面中滤去那些用于控制页面结构而不是表达有效数据信息的“假表格” 。本文通过大量的观察,提取出识别真假表格的特征信息,形成启发式规则;在此基础上设计并实现一系列算法;最后通过传统的信息抽取指标? ?召回率、准确率和f指数来衡量识别结果。实验显示,本文的算法有较强的表格识别能力。