本文针对磁头感应探头基座的封装精度检测设计了基于计算机视觉技术的自动化检测系统。
Now the computer vision inspecting system has a great help to promote the automatization of the semiconductor production system, and is used widely in this field.
通过计算机仿真，验证了在载体的干扰频率特性已知的情形下，该方案可以有效地实现晃动基座上的对准。
The simulation results show that this method can effectively carry out initial alignment on an oscillatory base when disturbing frequency characteristics is known.
本文针对磁头感应探头基座的封装精度检测设计了基于计算机视觉技术的自动化检测系统。
In this paper, the inspecting system based on computer vision techniques is designed to inspect the packaging precision of a new type headplate.
计算机是利用搭配被告席上站的车辆安装基座(vmd)，这是供应与港口的投入产出。
Computer is exploited paired with the dock - station vehicle mounting dock (VMD), which is supplied with the ports of input-output.
计算机是利用搭配被告席上站的车辆安装基座(vmd)，这是供应与港口的投入产出。
Computer is exploited paired with the dock - station vehicle mounting dock (VMD), which is supplied with the ports of input-output.
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