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   瞄准设备 在 计算机软件及计算机应用 分类中 的翻译结果: 查询用时:0.067秒
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瞄准设备
相关语句
  aiming equipment
    Automatic image recognition system of photo-electric aiming equipment
    光电瞄准设备读数图像自动识别系统
短句来源
    Image dynamic recognition applied to aiming equipment reading and verifying
    图像动态识别在瞄准设备读数和检定中的应用
    The aiming equipment is an important one for initial orientation, which must be regularly measured and verified.
    瞄准设备是用于初始定向的重要设备,必须对其进行定期计量检定。
  aiming equipment
    Automatic image recognition system of photo-electric aiming equipment
    光电瞄准设备读数图像自动识别系统
短句来源
    Image dynamic recognition applied to aiming equipment reading and verifying
    图像动态识别在瞄准设备读数和检定中的应用
    The aiming equipment is an important one for initial orientation, which must be regularly measured and verified.
    瞄准设备是用于初始定向的重要设备,必须对其进行定期计量检定。
  aiming equipment
    Automatic image recognition system of photo-electric aiming equipment
    光电瞄准设备读数图像自动识别系统
短句来源
    Image dynamic recognition applied to aiming equipment reading and verifying
    图像动态识别在瞄准设备读数和检定中的应用
    The aiming equipment is an important one for initial orientation, which must be regularly measured and verified.
    瞄准设备是用于初始定向的重要设备,必须对其进行定期计量检定。
  “瞄准设备”译为未确定词的双语例句
    A new automatic image recognition system uses CCD to incept reading image gathered by image gathering card, achieve character recognition and reticle orientation by software way, and accomplish computer dynamic precise self\|motion decision of azimuth.
    该读数图像自动识别系统利用CCD摄取瞄准设备读数图像经采集卡采集 ,运用软件的方法实现了字符识别与刻线定位 ,从而完成了瞄准设备方位读数的计算机动态精确自动判读。
短句来源
查询“瞄准设备”译词为用户自定义的双语例句

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A new automatic image recognition system uses CCD to incept reading image gathered by image gathering card, achieve character recognition and reticle orientation by software way, and accomplish computer dynamic precise self\|motion decision of azimuth. In this paper, the hardware constitution, software module, core process technique including connected area disposal for character recognition, infielder subdivision arithmetic for azimuth orientation and compound of overall reading of system are emphatically introduced....

A new automatic image recognition system uses CCD to incept reading image gathered by image gathering card, achieve character recognition and reticle orientation by software way, and accomplish computer dynamic precise self\|motion decision of azimuth. In this paper, the hardware constitution, software module, core process technique including connected area disposal for character recognition, infielder subdivision arithmetic for azimuth orientation and compound of overall reading of system are emphatically introduced. The right ratio of the technique is nearly 100% and the orientation precision of the reticle under a second. \;

该读数图像自动识别系统利用CCD摄取瞄准设备读数图像经采集卡采集 ,运用软件的方法实现了字符识别与刻线定位 ,从而完成了瞄准设备方位读数的计算机动态精确自动判读。文中重点介绍了系统的硬件框架组成、软件模块结构、字符识别的连通域处理算法、刻线精确定位的内插细分算法以及系统总读数的合成。系统字符识别的正确率几乎 10 0 % ,刻线定位精度达 1″以上

>=The aiming equipment is an important one for initial orientation, which must be regularly measured and verified. To overcome such typical problems as complex system, cockamamie reading process and limited precision, image dynamic recognition is applied to aiming equipment reading and verifying. A kind of computer system instead of eyes to read and measure is designed. The key problems such as recognition of disfigurement characters, stability, resolving power and precision, real-time quality of the system...

>=The aiming equipment is an important one for initial orientation, which must be regularly measured and verified. To overcome such typical problems as complex system, cockamamie reading process and limited precision, image dynamic recognition is applied to aiming equipment reading and verifying. A kind of computer system instead of eyes to read and measure is designed. The key problems such as recognition of disfigurement characters, stability, resolving power and precision, real-time quality of the system software are analyzed in detail.

瞄准设备是用于初始定向的重要设备,必须对其进行定期计量检定。为了克服瞄准设备读数系统复杂,读数过程繁琐,读数精度受到诸多限制等突出问题,将图像动态识别技术应用到瞄准设备读数和检定中,设计了一种能代替人眼进行瞄准读数或设备检定的计算机判读系统。重点分析了系统软件实现过程中解决的关键环节,即缺陷字符的误识问题的解决、系统的稳定性改善、系统分辨率及精度提高、系统实时性的提高。

 
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