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各种时间之间的转换，包括： 将GPS周和周内秒转换到公历时间， 由公历日期和GPS周内秒计算公历时间， 将公历GPS时间转换到GPS周和周内秒， 将简化儒略日转换到公历时间， 将公历时间转换到简化儒略日， 从儒略日计算公历时间， 将公历时间转换到儒略日等。(The conversion between various times, including: Conversion of GPS weeks and weeks to the calendar time, The calendar time is calculated from the date of the calendar and the seconds within GPS weeks. The GPS time of the calendar is converted to GPS weeks and within seconds, Julian day will simplify the conversion to the calendar time, The Gregorian calendar time to simplify the Julian day, Calculate the Gregorian calendar time from Julian day, Convert calendar time to Julian day.)

说明：  PLS偏最小二乘法，通过回归分析预测数据的走势。(Pls partial least square method is used to predict the trend of data through regression analysis.)

说明：  适用于PCSC型读卡器与CPU卡进行交互的小程序(Small program for interaction between PCSC card reader and CPU card)

说明：  使用matlab计算反射阵天线单元的相位补偿(Using MATLAB to calculate the phase compensation of reflector antenna element)

关于ISAR运动补偿和SAR成像的matlab 源程序 不错的(About the ISAR motion compensation and matlab source good SAR imaging)

最小二乘法编写而成的，可以简单的使用其，解算GPS基于伪距的导航电文。(The least squares method can be used to solve the GPS navigation message based on pseudo range.)

说明：  TCSC SIMULINK MODEL IN MATLAB

说明：  读取segy地震数据，将其转化为matlab能够识别的数据(Read the segy seismic data and transform it into the data that MATLAB can identify)

说明：  本书全面叙述了智能控制的基本理论、方法和应用。主要内容包含专家控制的基本原理和应用；模糊控制的基本原理和应用；神经网络控制的基本原理和应用；遗传算法及其应用和迭代学习控制方法及其应用。书中给出了一些智能算法的Matlab仿真程序，并配有一定数量的习题和上机操作题。(This book comprehensively describes the basic theory, method and application of intelligent control. The main contents include the basic principles and applications of expert control; the basic principles and applications of fuzzy control; the basic principles and applications of neural network control; genetic algorithms and their applications and iterative learning control methods and their applications. The Matlab simulation program of some intelligent algorithms is given in the book, and it is equipped with a certain number of exercises and computer operation problems.)

智能除湿器可以实现在封闭空间内保持空气湿度，当湿度传感器采样的信号超过设定值，就一会显示并开启除湿器进行降低湿度，包括主程序、采样程序和显示程序(The intelligent dehumidifier can keep the air humidity in the closed space. When the signal of the humidity sensor exceeds the set value, it will display and open the dehumidifier to reduce the humidity, including the main program, the sampling program and the display program.)