Error compensation technology of numerical controlled machine tool is an effective way in improving the processing precision of numerical controlled machine tool.
数控机床误差补偿技术通过设计和制造途径消除或减少数控机床可能的误差源，是提高数控机床加工精度的有效途径。
Behavioral Modeling technology can also resolve system error compensation problem such as antenna distortion, and provide one straight and effective artifice for antenna regulate and maintenance.
使用行为建模技术还能够解决天线变形等系统误差补偿问题，为天线调试与维护提供了一种直观有效的手段。
In the technology of thermal error compensation in NC machine tool, selecting the temperature variables rationally is key for setting the model of compensation.
在数控机床热误差控制补偿技术中，合理选择温度变量，是建立补偿模型的关键所在。
It is very important to improve the gear accuracy, and is effective to decrease machining error by the pop NC compensation technology.
这对于提高滚齿的加工精度、特别是利用目前较热门的数控补偿的方法减小加工误差有着重要的理论和实际意义。
It is very important to write the error compensation software in order to make the technology of error compensation come into the real productivity.
补偿软件的编写是误差补偿技术走向实用化的重要步骤。
It introduces the project and key technology of modulation domain analysis, emphasis on the ZDT counter and the error compensation circuit based on FPGA.
介绍了调制域分析技术的原理，重点介绍基于FPGA的零空闲(ZDT)计数和测量补偿技术。
It introduces the project and key technology of modulation domain analysis, emphasis on the ZDT counter and the error compensation circuit based on FPGA.
介绍了调制域分析技术的原理，重点介绍基于FPGA的零空闲(ZDT)计数和测量补偿技术。
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