资源列表
Josephus1
- 用c++语言实现，顺序表实现的josephus问题，不当之处请包涵。-C++ language achieve, the sequence table realized josephus problems, inappropriate please bear with me.
bpsk
- 仿真BPSK和4PSK调制信号在高斯信道下的性能-To simulation the performance of the of BPSK and 4PSK modulation signal in the the the under the the Gaussian channel
Mallat_2ceng
- mallat算法实现信号的分解与重构，这里实现了一维信号的2层分解，并且用db1和db2小波两种小波进行比较-the mallat signal decomposition and reconstruction algorithm here to achieve a one-dimensional signal layer decomposition, and compared with db1 and db2 wavelet two wavelet
Forcedvibration
- 可以方便的模拟受迫振动，画出受迫振动曲线，方便比较-Simulation forced vibration can easily draw the forced vibration curve facilitate comparison
PeformOfCbsWithPeFromeCrToCbs
- 多用户衰落信道下，能量检测技术仿真漏检率和虚警率性能。-Multi-user fading channel simulation undetected rate and false alarm rate performance of energy detection technology.
omp
- 在图像的压缩感知方法中，用到了系数重构的思想，这里就是一种omp的稀疏重构算法。-Images compressed sensing method used coefficient remodeling ideas, here is a omp sparse reconstruction algorithm.
waveletEMD
- waveletEMDimproved的原始版本，以小波软阈值降噪对信号进行预处理，对预处理后的信号进行EMD分解-the original version waveletEMDimproved, wavelet soft threshold denoising preprocessing the signal, signal pretreated with EMD
finalHHT
- 以黄锷的EEMD为基础，对信号进行HHT分解，使用时把文件名改为所要处理的数据名称即可-The EEMD Huang E, HHT decomposition of the signal, change the file name to use to be dealt with data name to
sonar-beamforming-beamspace
- 声呐波束形成与波束域高分辨方位估计技术研究方面的博士论文，对学习这方面的同行很有帮助-Sonar beamforming and beamspace DOA estimation technology research doctoral thesis on learning counterparts helpful
energyDetectionOnReilay
- 在瑞利信道下，利用能量检测技术仿真系统误码率性能。-Rayleigh channel energy detection technology simulation system BER performance.
libsvm-3.1
- 支持向量机的matlab实现代码，能实现支持向量机的建模，与识别-Support vector machine matlab code to achieve the support vector machine modeling, and recognition
waveletEMDimproved
- 对信号进行小波分解预处理，之后对预处理后的信号进行EMD分解以及Hilbert变换，提取信号的瞬时频率-Wavelet decomposition pretreatment, with EMD after the preprocessed signal and the Hilbert transform of extracting a signal instantaneous frequency signal