采集与分析插值算法的原始钻孔数据。
Gathers and analyses the primitive drill hole data of the interpolation algorithm.
结果表明该技术可以有效地实现海岸带钻孔数据的分析及可视化工作。
The study results show that the technique can be used to realize the visualization and analysis of drilling data in coastal zones effectively.
工程钻孔数据是目前获取地层信息的主要手段，具有很高的重复利用价值。
Boreholes are primary means of getting stratum information, and have very high re-use value.
通过研究地质剖面相关数据模型，地质图和钻孔数据的融合模型，建立地质剖面绘制空间数据库。
By researching into relevant data model of geological section and integrated data model of geological map and bores, this paper establishes the spatial database of drawing geological section.
为解决现有钻孔解译方法效率低、易出错等不足，提出了基于层位标定的钻孔数据快速解译方法。
To overcome the disadvantages in the existing borehole deciphering methods, such as inefficiency and fallibility, a quick borehole deciphering method based on stratum tagging is proposed.
当将从所述存储器装置(100)读取数据时，可对所述经穿孔数据进行解码(120、122)。
The punctured data can be decoded (120, 122) when data is to be read from the memory device (100).
在此基础上，探讨了在基于地质观测数据、钻孔数据、平面图数据、剖面图数据的断层建模方法和建模流程。
On basis of this model, the modeling methods and modeling flow were discussed based on data source of geological observation, drillhole, ichnography and section map.
模型的构建离不开数据的支持，在介绍建模所需数据类型的基础上，又阐述了建模必不可缺的钻孔数据和剖面数据的概化处理方法；
To construct model it need data, so it listed all the needed data types, also elaborated the generalization principle of borehole data and section dara which are absolutely indispensable.
本文以异型销孔数控镗削系统为例论述了数控加工系统中的数据插补的重要性，并介绍了一种新型的数据插补方法。
The importance of data interpolation in CNC machining system was discussed with the example of non-circle piston-hole machining system , and a new interpolation method was introduced.
本文以异型销孔数控镗削系统为例论述了数控加工系统中的数据插补的重要性，并介绍了一种新型的数据插补方法。
The importance of data interpolation in CNC machining system was discussed with the example of non-circle piston-hole machining system , and a new interpolation method was introduced.
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