up_sphere_yuanzhutiPsphere

机载雷达空时自适应处理，空时自适应处理目前是研究较多的机载雷达杂波处理方法，可以学习学习。(Airborne radar space-time adaptive processing, space-time adaptive processing at present is to study the more clutter airborne radar approach, you can learn from him.)

说明：  本人写的数字锁相环，有模拟数据，学习锁相环很好的材料。参考书“数字锁相环路原理与应用”编写。(I write the digital phase-locked loop, have simulated data, a good phase-locked loop learning materials. Reference book )

DecayWav.txt输入下冲激响应，应用最小二乘算法对ARMA模型参数进行估计(DecayWav.txt input impulse response, using the least square algorithm to estimate the parameters of the ARMA model)

matlab温度程序，代码很多，写的很详细，耐心看应该很有用(matlab dimensional temperature program, the code is very detailed, some difficulty, patiently watching might understand)

求解线性方程组的超松弛(SOR)迭代法(Solving Linear Equations over-relaxation (SOR) iterative method)

采用有限元离散计算一维声子、光子能带，参数见文件源码内(Calculated using the finite element discrete one-dimensional phonon, photon energy band, within the parameters see document source)

说明：  抛物线法求解 方程的构造方法:给出[0,1]区间上的随机数(服从均匀分布)作为方程的根p*. 设你的班级数为a3,学号的后两位数分别为a2与a1,从而得到你的三次方程 例如:你的31班的12号,则你的方程是21x3+60x2+2x+a0=0的形式. 方程中的系数a0由你得到的根p*来确定. (parabolic equation method Construction Methods : given interval [0,1] on the random number (subject to uniform distribution) as the root equation p*. set up your classes at a3, after learning of the double-digit for a1 and a2, so you get the three equations for example : your 31 classes on the 12th, then your equation is 21x3 60x2 2x a0 = 0 forms. the equation coefficients a0 you get from the root of p* to determine.)

伽利略系统基于TCAR的解模糊度算法的仿真程序程序(Galileo system is based on the fuzzy degree of settlement procedures TCAR)

BPSK在AWGN信道下,不同的采样率下不同的EB/NO的误码率仿真(failed to translate)

语音增强系统，包括信噪比估计和传递函数，分段函数和重建函数(speech enhancement project, including Prior SNR estimate, noise PSD estimate, gain function, framing and over-lap add)