本文介绍了测井数据采集和测井信息传输简要原理。
This article introduced the brief principle of logging data gathering and transmission.
为了提高声波测井数据采集的精度，利用MATLAB设计了一种可以在FPGA中实现的FIR滤波器。
To improve the accuracy of acoustic logging data acquisition, a FIR filter that can implement in FPGA was designed through the using of MATLAB.
测井解释数据包括测井采集基本信息、资料质量评价数据、测井解释成果、测井资料图件以及地质、录井、取心、试油等资料。
Log information are numerous, which includes basic log data acquisition, quality control, log analysis and delivered blue prints, as well as data of geology, mud log and production test, etc.
存储式测井仪器通过单芯总线与测量仪器连接，实现了数据的采集与存储。
The memory gauge connects with measure instruments through a monobus and accomplishes data acquisition and data storage.
井下信息的获取即数据采集质量的好坏，直接影响到测井资料的质量和后续决策。 现代电子技术的引入为提高数据采集质量提供了强大的技术支持。
The influence factors of data acquisition quality in well logging system is analyzed, and the improvement measures in the system handware design and software program is introduced.
声波测井资料和地震数据在井震联合勘探中发挥了重要的作用，由于采集机制的不同使得两者存在着一定的差异。
The sonic logging data and seismic data are wildly used in the log-seismic prospecting while there are some differences between them because of the principle of their acquisition.
介绍了成像测井地面仪中的DSP数据采集板的构成、工作原理、技术指标和应用。
This article introduces the architecture, operation theory, specifications and application of DSP digital collection board in the imaging logging surface instrument.
和传统的数据采集存储方法相比较，USBHOST技术的应用提高了测井仪系统的便携性，同时还可方便的进行大容量数据的存储。
Compared with the traditional data storage method, the application of the USB HOST technology will improve the convenience of the well logging instrument and make data storage easy.
测井现场和资料处理工作中，经常遇到各种不同的数据采集系统而有不同的数据格式。
In logging and data-processing, there always are different data format in different log-system.
测井现场和资料处理工作中，经常遇到各种不同的数据采集系统而有不同的数据格式。
In logging and data-processing, there always are different data format in different log-system.
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