The big names in geolocation have tools for mapping large-scale structures with near global coverage.
地理定位领域中的巨头都拥有各自的地图绘制工具，这些工具几乎将全球范围内的大型建筑物都收录其中。
The method is suitable for large-scale mutant bank screening as well as large mapping populations with characteristics of maintaining relatively high level of DNA purity and concentration.
该方法特别适用于精细作图群体和大型突变体库的筛选鉴定，不仅通量大、速度快，而且可以确保足够的DNA浓度和纯度。
In the research of ontology mapping, ontology block mapping is the most popular of large-scale ontology mapping task.
在本体映射的研究中，本体分块映射是完成大本体映射任务的主要方法。
This paper discusses how to establish multilayer storage structure and automatically reduce small scale graph from large scale mapping database by theory of changed-focuses Datum Model.
作者通过变焦数据模型原理，探讨如何建立多层存贮结构，将数字地图中的大比例尺地图数据库自动导出小比例尺图形。
Because large-scale ontologies have large number of concepts and complicated relations, it is very difficult to implement mapping between them.
而对于大规模本体，由于其概念数量庞大、相互之间关系复杂，要实现它们之间的映射就变得更加困难。
A large-scale Late Cenozoic overthrust system has been found in the southern East Kunlun Mountains through tectonic mapping and geological reconnaissance in the Dongdatan-East Wenquan area.
通过对东大滩—东温泉地区的路线地质观测与构造填图，在东昆仑南部发现晚新生代大型逆冲推覆构造系统。
Due to the shortcomings in current large scale ontology mapping, this paper proposes an improved method of large scale ontology partition and mapping.
针对当前大规模本体映射分块结果不精确的问题，提出一种改进的大规模本体分块与映射方法。
Recent advances in technology make it possible to perform large-scale, genome-wide interaction mapping experiments that result in an always increasing amount of data.
技术中的最新进展使得执行大规模、全基因组相互作用图谱实验成为可能，这导致了一直在增加的数据量。
Through simple modeling, multiple mapping ways and import 3d model to describe large-scale indoor environment, this paper presents a practical, real-time virtual scene construction system.
本系统通过简单的建模、多种贴图方式以及导入3d模型来近似地描述大型环境，具有较强的实用性、较好的实时性和显示效果。
Through simple modeling, multiple mapping ways and import 3d model to describe large-scale indoor environment, this paper presents a practical, real-time virtual scene construction system.
本系统通过简单的建模、多种贴图方式以及导入3d模型来近似地描述大型环境，具有较强的实用性、较好的实时性和显示效果。
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