ddf_nd

This a PPIM meshfree code have been developed for curve fitting problems. this archive contains Matlab subroutines

... ... ... Bmp_G4 ... ... ... D12 Def.H .....................D12Int.c .....................D12OP.C .....................usbdesc.h ..................D12 ..................FS44B0II_Test.mcp ..................FS44B0II_Test_DataCWSettingsWindows.stg ....................................DebugRelFS44B0II_Test.axf ............................................FS44B0II_Test.BAT ............................................FS44B0II_Test.bin ............................................ObjectCode44BLIB_A.(74 Bmp_G4 ... ..... ... . D12 Def.H 74 . .. D12Int.c 74 ... D12OP. C 74 ... usbdesc.h ....... ........... D12 .......... FS44B0 II_Test.mcp 74 FS44B0II_T est_Data CWSettingsWindows.stg .......... ........ 74 DebugRel FS4 4B0II_Test.axf 74 ....... ........... ........ FS44B0II_Test.BAT .. 101 74 .... .... FS44B0II_Test.bin .......... 74 ........ ObjectCode 44BLIB_A.)

hi matlab code for the pdf

快速谱峭度方法，选择信号峭度最大的频段进行滤波，对滤波好信号进行包络谱分析(Fast spectral kurtosis method, select the frequency band with the maximum signal kurtosis for filtering, and analyze the envelope spectrum of the filtered signal)

VSharp学习软件源代码WindowsApplication_Example示例程序(VSharp learning software WindowsApplication_Example sample application source code)

里面含有盲识别BCH码的长度的代码，用于matlAB子程序调试，很好用。(BCH code which contains the length of the blind identification code for matlAB subroutine debugging, very good use.)

宽带无线通信系统的发展面临频谱资源有限、传输环境复杂等挑战，而高性能信道编码等物理层关键技术可以有效应对宽带无线通信系统的传输速率与传输质量需求(Development of broadband wireless communication systems faced limited spectrum resources, environment, transport and complex challenges, and high-performance physical layer channel coding and other key technology can effectively deal with broadband wireless communication system transmission rate and transmission quality requirements)

matlab的经典案例，小程序，适用于初学matlab的同学(matlab classic cases for student who are learning matlab)

数字信号 ASK FSK PSK 在时域上是稀疏的(ASK FSK PSK digital signals in the time domain is sparse)

求数字1到10000的原根，返回原根值，若无原根显示说明(Find the numbers 1 through 10,000 of the original root, return the root value, in the absence of the original description of the root shows)