TaomauVahoc

动态时间规整的一个应用实例，能够运行，希望对大家有用(Dynamic time warping, an application instance, can run, we want to be useful)

fastica-在matlab环境下进行盲识别(fastica-in matlab environment Blind identification)

假设截获了一段短波数字通信的信号，要求解调出最终的信息，每组解调出来后，将10组信息组合起来，恢复最终的信源输出数据。 先验信息：两组数据文件，编号为1、2，每组I、Q两路存放，格式为“int16”，采样率为9600Sa/s，其中第一组为单径情况，第二组为多径情况。 参数符合MIL-STD-188-110A标准； 同步序列为syn=seq.dat，BPSK调制； 接收机频率稳定度高于1e-6。 文件中有效信息总长度为333.75s，其中同步头长为5/12s，每时隙1/6s，训练序列占10 ，在数据之前； 交织方式为全交织，矩阵交织，列为1000，在比特级进行； 纠错码码率为1/2； 调制方式为BPSK、QPSK和8PSK中的一种，映射方式为二进制，BPSK相位偏移为0，其余两种为 。 (Suppose intercepted signal for a period of short-wave digital communications requires final demodulated information after each demodulated, combining 10 group information, to restore the final output data source. Priori information: two sets of data file, numbered 1, 2, each I, Q two-way storage, the format is int16 , sampling rate 9600Sa/s, where the first group is a single path, the second group multipath situation. Parameters meet MIL-STD-188-110A standard Synchronization sequence syn = seq.dat, BPSK modulation The frequency stability of the receiver is higher than 1e-6. File payload total length of 333.75s, wherein the synchronization header length is 5/12s, each time slot 1/6s, accounting for 10 of the training sequence, before the data Interleaving for the whole interleaving matrix interleaving, as 1000, carried out at the bit level Error correction code rate of 1/2 The modulation scheme is BPSK, QPSK and 8PSK one, a binary mapping, the BPSK phase offset is 0, the )

HOUGH变换检测圆 MATLAB程序(HOUGH transform circle detection MATLAB program)

mpsk生成代码,各种方式生成的代码 ，包括2psk,qpsk,8psk,16psk等(MPSK generate code, generate code in various ways, including 2psk, qpsk, 8psk, 16psk such as)

生成无尺度网络的matlab程序，就是速度慢了点哦！(Generate scale-free networks matlab process is slow point Oh!)

基于MATLAB的GMSK基带解调器的设计与实现,使用SIMULINK进行仿真和应用

读取envi高光谱文件的头文件数据，文件格式为*.hdr(read envi head files)

Find unique value in matrix then number if ubique alsi find....in matlab

matlab code it is describe about the inpainting of the image