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C 类库 大家看看 也许在不知道这个函数原理的时候可能有用C 类库 大家看看 也许在不知道这个函数原理的时候可能有用C 类库 大家看看 也许在不知道这个函数原理的时候可能有用(C library to see if perhaps we do not know if this function may be useful when the principle of C library to see if perhaps we do not know if this function may be useful when the principle of C library to see if perhaps we do not know if this function when the principle may be Useful)

numbers 1.15 in hexa

matlabwsn定位仿真程序，正在研究。。从国外网站上找到的。。还没看懂。。请高手指点一下啊(matlabwsn positioning simulation program, is studying. . From abroad to find the site. . Not yet understand. . Please click ah expert advice)

说明：  用matlab实现的小算法程序，基于分块嵌入(Algorithm with a small matlab program implementation, block-based embedding)

高维非线性数据维数约减，局部线性嵌入算法(Dimension reduction of the higher dimensional nonlinear data，locally linear embedding. )

详细介绍了自回归技术公式,同时采用此技术模拟具有空间相关性的随机风荷载,给出了用自回归技术模拟脉动风荷载的步骤以及具体MATLAB程序,并把所编程序用于江阴长江大桥风荷载模拟,结果表明效果较好。 更多还原 (Details of the formulas from regression techniques, while using this technology to simulate the spatial correlation of random wind loads, gives step by regression techniques from fluctuating wind load simulation and the specific MATLAB program, and the program compiled for the Jiangyin Yangtze River Bridge wind load Simulation results show better. More Restore)

深圳人口20年灰度预测,采用GM（1，1），原深圳杯数模程序(The Shenzhen population 20 years grayscale forecast)

sar图像去噪的几种新的方法，从先验概率中采样，计算权重，二维声子晶体FDTD方法计算禁带宽度的例子。( Several new methods sar image denoising, Sampling a priori probability, calculate the weight, Dimensional phononic crystals FDTD method calculation examples band gap.)

异步时间序列处理领域的动态时间弯曲算法（DTW），基于matlab开发(Dynamic time warping(DTW) algorithm of asynchronous time-series processing field , developed on matlab)

说明：  利用 MATLAB 设计经典的雷达数字信号处理。该系统具备对雷达目标回波的处理能力，能够从噪声中将目标检测出来，并提取目标的距离、速度、角度信息。教程分五节完成，主要包括： 第一节，雷达 LFM 信号分析； 第二节，脉冲压缩处理； 第三节，相参积累处理； 第四节，恒虚警 CFAR 处理； 第五节，目标信息提取处理。(Using MATLAB to design the classic radar digital signal processing. The system has the ability to process the radar echo, detect the target from the noise, and extract the range, speed and angle information of the target)