该系统实现了基于DSP的线阵CCD数据采集与处理，达到了对热轧钢板尺寸实时在线测量的目的。
This system realizes data acquisition and processing of linear CCD based on DSP, and achieves the goal of hot rolling steel plate size real-time measurement in high speed.
测量总成后的尺寸，用该数据减去模具尺寸。
Measure the finished assembly and from that size subtract the die size.
通过对测量数据的分析可查找干扰因素，调整挤出工艺，提高挤出胎面尺寸稳定性。
The interference factors could be found by analyzing the measured data, and thus the dimensional consistancy of extruded tread improved by modifying the extruding process.
在数据分析方面，利用VB6.0语言编程进行处理，大大提高了测量轴孔类零件尺寸及其误差的计算精度和运算速度。
In analyzing the data, the speed and accuracy of calculation about the size and errors of the shaft and hole parts is raised highly by using VB6.0 programming.
然而，受被测产品的定位、尺寸、障碍处理、表面物理属性、变形等因素的影响，三坐标测量数据不能直接用于逆向造型。
However, CMM data can not be used directly in the modeling because of the orientation, dimension, obstruction handling, superficial physical property and distortion of the products be measured.
利用数字千分尺测量一批零件的尺寸分布，测量数据通过接口适配器实时送入计算机。
A party of elements are measured by a digital micrometer caliper and data are sent to computer in real time.
目的通过大样本飞行员人体测量研究，为用户提供最新飞行员人体尺寸数据。
Objective To provide the latest anthropometric data of Chinese male pilots on a large scale.
最后，在总结以上研究的基础之上，根据从工厂测量得来的叶片加工后的尺寸数据，对整个系统过程进行了验证。
Finally, the whole system was validated by using the measuring data of blades after processing in the enterprise on the basis of the above study.
设计了数据采集电路 ，把物方远心光路应用在测径系统中 ，提出了一种利用多项式插值精确测量物体尺寸的方法。
This paper uses an object telecentric beam path in a diameter measurement system, designs a data acquisition circuit , and presents a accuracy measure method with polynomial interpolation.
二维非接触人体测量系统中，围度尺寸需要通过二维至三维的数据转换间接获得。
In the 2d non-contacted body measurement, the size of body girths can only be acquired indirectly by data transform from 2d to 3d.
二维非接触人体测量系统中，围度尺寸需要通过二维至三维的数据转换间接获得。
In the 2d non-contacted body measurement, the size of body girths can only be acquired indirectly by data transform from 2d to 3d.
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