cfar

语音信号合成的算法，，频谱参数合成，基音和共振峰合成，线性预测系数合成等。及语音信号的变速变调算法(Speech signal synthesis algorithm, the spectrum parameters of synthesis, pitch and formant synthesis, synthesis of linear prediction coefficient, etc. And variable speed modulation algorithm of speech signal)

惯性导航，利用惯性元件（加速度计）来测量运载体本身的加速度，经过积分和运算得到速度和位置，从而达到对运载体导航定位的目的。组成惯性导航系统的设备都安装在运载体内，工作时不依赖外界信息，也不向外界辐射能量，不易受到干扰，是一种自主式导航系统。(Inertial navigation, to measure the carrier itself acceleration Inertial element (accelerometer), through integration and operation to get the speed and position, so as to achieve the purpose of vehicle navigation. Inertial navigation systems equipment components are installed in the carriage of the body, does not rely on external information work, not to the outside world-radiation energy, less susceptible to interference, it is an autonomous navigation system.)

一个kalman滤波的仿真程序，仿真的是雷达探测飞机的飞行轨迹，里面的word文档说的比较详细了。(A kalman filter simulation procedures, simulation of the plane are radar flight path, inside the word document that has more detailed.)

利用求语音信号倒谱的方法，对语音信号进行基音检测，并绘制出波形图。(Use for speech signal spectrum method of fall, the speech signal pitch detection, and rendering the waveform figure.)

通过本实验，可以熟练掌握用MATLAB软件计算实际生活中的约束问题。(Through this experiment, you can master the use of MATLAB software to calculate real-life constraints.)

轨迹绘制。点击鼠标左键确定轨迹典型点，点击右键结束绘制。(Trajectory drawn. Click the left mouse button to determine the trajectory of a typical point, right-click to end the drawing.)

根据文件中mat的雅克42实测数据，带有距离对准，相位补偿，ISAR成像(According to the file of the mat Jacques 42 measured data, with range alignment, phase compensation, ISAR imaging)

实现把Color图像转化为RGB分量图的matlab程序代码和扩散方程滤波的源代码(achieving Color images into RGB component map Matlab code and filter diffusion equation Wave of source code)

自适应滤波 开发环境：ccs3.1 设置事项：project-build options-linker-stack options 500 (adaptive filtering development environment : ccs3.1 set matters : project-build options-linker-stack options 500)

说明：  案例为运用最优控制理论，实现对吊车数控系统的仿真。运用matlab仿真实现。(Case for the use of optimal control theory, to achieve the crane CNC system simulation. Use matlab simulation.)