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318B
- 两个BCD数求差值后，在屏幕上输出其差值-BCD number two for the margin, the output on the screen of their difference
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- 数据结构的习题 第一个 是两个数组的合并 第二个是两个数组的差值-Data Structure Exercises The first is the merger of the two arrays are the second is the difference between the two arrays
ganzhimoxing
- 简单感知器模型的基本原理：将样本矢量X输入到感知器中，得到实际输出y，再用y与期望输出d的差来修正下一步的权值。-Simple sensor model of the basic principles: the sample to the sensor input vector X in, get the actual output y, then y is the difference between the desired output d to fix the next weight.
yuzhi
- 用matlab求图像阈值分析程序，一种是直方图阈值法一种是最大类间方差-Using matlab and image threshold analysis program, a variance between a Histogram method is the largest class
chazhi
- 拉格朗日差值和牛顿（线性插值）函数示例，将结果输出到文本文件-Lagrangian difference and Newton (linear interpolation) function example, to output the results to a text file
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- 计算图像灰度值的均值向量和协方差矩阵,C语言编程，保证正确-cov and average
1
- 利用K-L变换进行人脸识别。首先求得待辨识图像相对于训练集平均脸的差值图像，然后求得该图像在特征脸空间中的坐标，最后采用最近邻法对图像进行归类。-KL transform for face recognition. Obtain the first image to be identified image with respect to the difference between the average face of the training set, and then obtain the
CSharpGPS
- C#读取GPS观测值并形成双差，可以学习使用-C# read the GPS observations and the formation of double difference, you can learn to use
discrete_reconstruction1
- 离散型小波分析傅立叶变换计算转换后的差值-Discrete Wavelet Analysis
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- 采用有限差分法分析光子晶体结构谐振腔，并获得omega-k色散关系，并由此推出带隙分布，及带隙宽度 计算正三角形lattice，采用正三角形9点差分格式，划分网格为正三角形 求解Helmholtz方程本征值问题，周期边界条件，计算区域为菱形原胞，中心为金属柱-photonic band gap，PBG
test
- 人为数字给定直流电机转速，与霍尔测速得到的直流电机转速（反馈量）进行比较，其差值经过PID运算，将得到控制量并产生PWM脉冲，通过驱动电路控制直流电机的转动，构成直流电机闭环调速控制系统。 -For digital dc motor speed, given with hall speed of dc motor speed (feedback) comparison, the difference through the PID arithmetic, will get control a
zhubuhuiguifenxi
- 逐步回归分析的fortran程序，（I为变换次数，矩阵为R(I)，Q为剩余平方和，SD为剩余标准差，F为显著性检验值，R为复相关系数，B为回归系数）-Stepwise regression analysis fortran program, (I was converted number matrix R (I), Q is the residual sum of squares, SD for the residual standard deviation, F is significant
matlab-function
- 数值分析中各种代码几何，包括差值函数，牛顿逼近，以及微分方程的解。所以优化参考。-Numerical analysis of various geometric code, including the difference between the functions, Newton approximation, as well as solving differential equations. So Optimization Reference.
b_point
- GPS测量数据处理可分为基线解算和网平差两个阶段，基线解算就是利用ＧＰＳ接收机接收到的 载波相位观测值做为基本观测值，对其进行差分处理。-GPS data processing can be classified as the baseline solution and flat screen two phase difference, baseline solution is the use of GPS receivers to carrier phase observation value
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- 三次样条插值之固支条件，用于三角网格后处理边界差值，特便是应力云图-clamped cubic spline interpolation conditions for triangular mesh boundary difference,, is the stress nephogram
chazhi
- 可以进行各种差值和拟合的操作，对已有的离散数据，建立相互之间的关系式。-And the difference can be made to fit a variety of operations on existing discrete data, establish the relationship between them.
c-SharpLagrange-difference-
- 用c#语言来编译通过程序来实现拉格朗日差值-Lagrange realize the difference with c#
imagepro11
- 运动模糊图像与旋转差分算子卷积，并求卷积后图像的灰度值的绝对值之和-Motion blurred image with rotation difference operator convolution，after the convolution sum of the absolute value of grey value of image
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- 在实际工程优化问题中，多数问题是多目标优化问题。相对于单目标优化问题，多目标优化问题的显著特点是优化各个目标使其同时达到综合的最优值。然而，由于多目标优化问题的各个目标之间往往是相互冲突的，在满足其中一个目标最优的同时，其他的目标往往可能会受其影响而变得很差。因此，一般适用于单目标问题的方法难以用于多目标问题的求解。多目标优化问题很早就引起了人们的重视，现已经发展出多种求解多目标优化问题的方法。多目标优化问题求解中的最重要概念是非劣解和非劣解集，两者的定义如下。 非劣解（noninferi
等高线修剪勘界测量
- tf ;根据界址点生成界址点点之记 ma ;统计地块分类面积(须用"勘界测量"下拉菜单中相关命令将地类分别圈出来) exte ;打散文字 pladp ;多义线孤线段加点 plf ;根据中线生成坐标文件 fcx ;绘房屋分层线(线型为X5,编码:141001) zhxx ;等高线在处理前转换新线形 dg ;等高线连接修改 dht ;绘电话亭符号 fd ;根据点名查询点位并居中显示(