基于智能化测量仪的研制，就如何利用VFW实时视频，人工调节计算机判别，方便的实现精确调焦进行了探讨和研究，为图像测量系统图像的采集和处理提供方法。
The paper discusses how to make use of VFW real-time video to implement precision focus conveniently, adjustde by manual work and distinguish by computer .
运用概率论和数理统计方法，确定了第二代红外线热轴判别标准的几个主要参数的计算机算法。
Finally several parameters for second generation infrared hot-box alarm criteria are determined by means of the probability theory and the mathematical statistics.
语种识别是利用计算机对一定长度的语音材料进行处理，判别其所属语言种类的过程，是语音识别的一个重要研究方向。
Language identification is the process of determining the language to which a given utterance belongs by a computer, which is an important research direction in speech recognition.
由于计算机病毒检测的不可判定性，提出了一种基于改进的K最近邻检测方法来实现对计算机病毒的近似判别。
Because precise determination of a computer virus is undecidable, a method based on improved K-nearest neighbor to detect computer virus approximately is presented in this paper.
此判别法在计算机上切实可行，很可能计算量是一个二次多项式级的判别方法。
It is reliable to apply it on computer. The computational complexity may be a way to judge quadric multinomial level.
开发了一种利用计算机图形绘制多口井测井数据的应用程序，实现了用数学上的正态概率分布法来反映视地层水电阻率的变化规律，并根据其变化规律判别储层的流体性质，效果良好。
The variation rules of apparent formation water resistivity was reflected by using normal probability distribution, according to its changing rules, the fluid property was judged with good result.
本文提出的等差线条纹级数的自动判别方法，是通过两次扫描，依靠计算机软件功能实现条纹级数的自动判别。
With the aid of computer, an automatic method for reognromatic fringe orders by means of double scanning is proposed.
由微计算机控制采样过程并作统计判别，完成了光学计算机混合处理系统，实现了肺癌细胞的自动筛选。
A hybrid system of optics and computer which controls spectrum sample and completes statistical decision has been composed. The automated screening abnormal cells has been realized.
一个计算机化的设备、最好用由一组标准数据通过线性判别分析处理得到的一个概率密度函数、来进行判断。
A computerized apparatus for making the determination preferably using a probability density function generated from a set of reference data by a linear discriminant analysis procedure is disclosed.
文中提出“判别函数”的概念，根据它的取值等于或大于零，判别是否达到最小区域，从而实现了计算机智能判别和计算机仲裁。
This paper is also concerned with the concepts and the evaluating procedures of criterion functions with which the computer arbitration may be implemented.
计算机模拟表明利用此判别函数进行分类的正确识别率达95.8%。
The results of the computer simulation state that the correctly recognizing rate reach to 95.8%.
计算机模拟表明利用此判别函数进行分类的正确识别率达95.8%。
The results of the computer simulation state that the correctly recognizing rate reach to 95.8%.
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