高程数据的英文

• altimetric data
• altitude figures

• "高程"英文翻译    altitude; elevation
• "数据"英文翻译    data; record; information
• "工程数据，工程数据" 英文翻译 :    engineering data
• "程数据管理" 英文翻译 :    pdm
• "工程数据" 英文翻译 :    engineering data
• "工程数据库" 英文翻译 :    edb：engineering database; engineering data base; engineering database
• "过程数据" 英文翻译 :    proce data; process data
• "过程数据库" 英文翻译 :    pdb process database
• "过程数据区" 英文翻译 :    procedure data area
• "过程数据组" 英文翻译 :    process data group
• "进程数据库" 英文翻译 :    process database
• "远程数据" 英文翻译 :    lrd long range data; remote data terminal; teledata
• "远程数据机" 英文翻译 :    teledata
• "远程数据库" 英文翻译 :    rdb remote database; remote data base; remote database
• "远程数据源" 英文翻译 :    remote data source
• "远程数据站" 英文翻译 :    remote data station
• "工程数据处理" 英文翻译 :    engineering data processing
• "工程数据管理" 英文翻译 :    edm engineering data management
• "工程数据要求" 英文翻译 :    engineering data requirement
• "过程数据矩阵" 英文翻译 :    process data matrix
• "过渡过程数据" 英文翻译 :    transient data
• "远程数据处理" 英文翻译 :    remote computing; remote data processing; remote-data processing; tdtele data processing
• "远程数据传输" 英文翻译 :    remote data transmission
• "远程数据对象" 英文翻译 :    rdo remote data objects; remote data objects
• "远程数据访问" 英文翻译 :    rda remote data access

• The dem format encodes elevation data to create highly detailed terrains
  Dem格式编码高程数据来创建高清晰地形。
• The elevation data , which constructs the digital elevation model ? ? dem , is very important
  高程数据是构建数字高程模型( dem )的数据基础。
• The ded data is got from image2ded conversion and is used in terrain modeling with the method of delaunay
  通过image2ded转换得到三维地形数组的数字高程数据信息,对该信息使用delaunay法,生成对应三维地形数据的地形模型。
• A method for road extraction from the airborne laser scanning data is presented . in which the range information and the intensity information are combined to extract the road
  摘要提出了一种从机载激光扫描数据提取道路的方法，采用结合高程数据和强度数据方法来分析道路信息，实现了对道路的提取。
• The method based on neural network for shape from shading , is a optical method . thought it need not calculate the environment parameters , it needs certain images in the same circumstances and learns the corresponding surface height
  现有的小波神经网络求解sfs问题是一种最优化方法，虽其不需估计光源参数但需要多幅相同光源环境下的实物图像与高程数据进行学习。
• The disaster prognostication method consists of disaster primary prediction part and disaster correction part . the primary prediction part considers and analyzes various factors which affect the situation of the disaster , to get the flooding area , depth and duration
  灾情预测方法分为灾情初步预测和灾情修正两个部分，灾情初步预测部分依据高程数据建立dem模型，综合考虑和分析影响灾情的若干因素，得到淹没的区域、深度和持续时间。
• Large - scale digital elevation model is foundation of spatial information in cybercity and provides a great deal of information for 2d map and 3d model of cybercity , and it provides a kind of efficient method to manage , store and maintain a great many data of cities " elevation
  大比例尺数字高程模型是数字城市空间信息的基础，它提供了数字城市中的二维地图和三维城市模型信息，为海量的城市高程数据提供了管理、存储和维护的有效手段。
• Visualization of terrain information is playing a key role in many applications such as flight simulation , 3d geographic information system , etc . however , with the rapid development of the remote sense and satellite technology , people expect to investigate or view larger terrain regions with finer precision , which inevitably leads to the real time visualization of huge terrain dataset
  地形信息的可视化在实时仿真和地理信息可视化系统中占有十分重要的地位。然而随着遥感技术，卫星技术的发展，使得获取高分辨率的数字几何高程数据以及影像纹理数据成为可能，人们希望观察更广范围的地形，对地形的实时绘制提出了更高的要求。
• So the conception of los ( light of sign ) is introduced into the equivalent treatment of treat avoidance in order to take account of terrain - shiled affection . finally , a new genetic algorithm is developed in this paper . three new arithmetic operators which are introduced into the algorithm are recording better , restoration and reconstruction . what ' s more , the known arithmetic operators are also improved in order to expand searching scope
  因此在对威胁回避的等效处理上，本文引进了los (视线)概念进行地形可视概率计算，把威胁回避等效为地形回避，然后把等效地形数据离散化叠加到原先的地形高程数据中，这样就充分地考虑了地形的屏蔽作用。
• The geological factors are important besides them , which are related to the loess landslide and evolution of gullies , specially for bedrock folds , bedrock joints and loess joints . in field , the data of the bedrock elevation in the three sheets combined with the research from south to north lively were got by gps12xlc pocket locator , the type and its evolution of bedrock , loess landslides and distribution of hydrographical net were explored too . at office , the synthetic analysis and contrast were used including the simulating analysis about the data by mapinfo 6 . 5 , software of gis , discussion and communication with experts , in order to demonstrate and reveal the rules between the loess landforms and its pale bedrock landforms and the impact of structure on erosion interiorly in shaan bei
  在野外，以代表调查区和路线调查相结合的方法，利用gps12xc型手提式定位仪采集基底高程数据，实地观察基底地层产态变化规律和特征，观察黄土地貌、黄土崩塌、水系展布及土壤侵蚀等与地质构造之间的关系；在室内主要进行综合分析与对比，利用gis系统的mapinfo6 . 5软件对采集数据模拟分析，并将认识成果与其他专家学者进行交流和探讨，从而论证和揭示陕北黄土地貌南北纵向分异与基底古样式关系特征及水土流失与构造因素之间的内在规律。