aloha_npcsma_saloha

在：1）理想无噪生条件，2）SNR=10dB，3）SNR=20dB，4）两径衰落信 道{0, 0}、{-6dB，-10symbol}条件下，分别产生 1000 个符号的 QPSK、8PSK、 16QAM 星座点， 画出信号序列的星座图， 提交电子版信号产生、 加噪、 显示的*.m 程序和电子版 WORD 报告。 报告要求给出原理描述、 框图和分析说明输出结果。(In: 1) an ideal noiseless Health conditions, 2) SNR = 10dB, 3) SNR = 20dB, 4) two-path fading channel {0, 0}, {-6dB,-10symbol} under conditions generate 1,000 symbols QPSK, 8PSK, 16QAM constellation points, draw constellation signal sequence, submit an electronic version of the signal, noise, display*. m procedures and electronic WORD report. Reporting requirements given Principles, and the analysis shows a block diagram of the output.)

1.) 1ST ORDER E FIELD OUTER RADIATION BOUNDARY CONDITION (ORBC) 2.) 2ND ORDER E FIELD OUTER RADIATION BOUNDARY CONDITION (ORBC) 3.) CAPABILITY TO SPECIFY DIRECTION AND POLARIZATION OF INCIDENT PLANE WAVE 4.) ERROR CHECKING FOR NTYPE AND IOBS, JOBS AND KOBS FOR NEAR ZONE FIELD SAMPLING IN SUBROUTINE DATSAV 5.) ERROR CHECKING OF IDONE, IDTWO AND IDTHRE VALUES

说明：  matlab的作业，数值分析那门课的算法(jobs matlab, numerical analysis algorithms that course)

粗糙惩罚算法，此算法能够分辨光谱数据中的坏点，并对坏点加以惩罚，即减小该点的权重值，从而使得数据更加真实平滑。(Roughness Penalty Smoothing)

the matlab toolbox of nspca

文件包含有5项内容： 一、扩展卡尔曼滤波EKF 二、去偏转换卡尔曼滤波CMKF 三、最小二乘拟和的方法 四、最小二乘、EKF、CMKF的比较 五、野值剔除算法 用MATLAB实现了这些具体算法和要求 (document contains five elements : an extended Kalman Filter EKF two, Partial conversion to CMKF three Kalman filtering, and the least squares method to be four, least squares, EKF. Comparison of five CMKF, excluding outliers algorithm in MATLAB these algorithms and specific requirements)

说明：  针对无线传感器网络自身节点定位的matlab仿真代码(Wireless sensor network node for its localization matlab simulation code)

高斯赛德尔消元法、Heun法等实现线性方程组的求解、另附一份MATLAB之GUI设计基础(High Sisaideer elimination method, Heun method to achieve linear equations, attach a MATLAB GUI design basis)

自适应神经元PID算法，此算法经过仿真验证过，好用。(Adaptive neuron PID algorithm, this algorithm through simulation, works.)

<Matlab 7辅助信号处理技术与应用》的源码(<Matlab 7 auxiliary signal processing technology and application of the source)