搜索资源列表
timing_recovery
- 定时恢复仿真程序，可以解决定时不准确造成的定时错误-timing recovery simulation program can solve the timing of inaccurate timing error
timing_recovery
- 无线通信系统中经典的定时同步的MATLAB程序
timing_recovery
- 定时恢复仿真程序，可以解决定时不准确造成的定时错误-timing recovery simulation program can solve the timing of inaccurate timing error
timing_recovery
- 无线通信系统中经典的定时同步的MATLAB程序-Wireless Communication System Timing Synchronization classic procedure of MATLAB
timing_recovery
- 定时恢复的matbal仿真代码.适合于仿真和误码并对-Timing recovery matbal simulation code. Suitable for simulation and error and
timing_recovery
- timing recovery carrier program
timing_recovery
- 此算法是用于ofdm定时同步的定时恢复的，通过MATLAB的simulink仿真实现-This algorithm is used for OFDM Timing Synchronization Timing Recovery through MATLAB implementation of the simulink simulation
timingRecovery
- 此压缩文件是对gardner算法利用插值滤波实现定时恢复的matlab仿真。包含了三个文件，一个word文档，对程序作了详尽说明；另一个m文件-Timing_Recovery
timing_recovery
- 时序定时信息恢复的Simulink仿真程序，主要在无线通信，微波领域应用-Timing information from time to time to restore the Simulink simulation program, mainly in wireless communications, and microwave applications
timing_recovery
- 我对一个输入调制信号：采样率FS=1200K，中心频率F0=300K，带宽300K。输入信号为一个[样点数,2]的矩阵,即I,Q两路. 进行频谱搬移，分为I，Q分量两路进行矢量乘法，NCO的设置为FC=300K，t=样点数乘以1/FS， 乘完以后我的频谱上显示竟然信号带宽增加了300K，但是中心频率没有改变，请问各位朋友是哪儿出了问题？谢谢您的阅读和意见-Digital Down Converter for matlab
timing_recovery
- OFDM simulation for timing recovery
7-Timing_Recovery
- timing recovery Symbol Timing Synchronization 1 2
timing_recovery_1
- timing_recovery:The importance of the work is reflected in supporting the development of new technologies and their adaptation to existing infrastructures. From the economic point of view, the final product is m