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AnImprovedNonDataAidedSymbolTimingRecoveryForGMSKM
- GMSK位同步的Gardner改进算法,是IEEE上很好的一篇文章
symbol_syn
- 这是超前滞后门在wcdma位同步的应用的matlab源代码，对16倍升余弦匹配滤波器输出位同步-nice
QPSK的gardner算法
- QPSK解调中位同步用gardner算法实现，matlab程序
equizer
- HART协议的均衡器设计 DCT LMS 设计 + 位同步设计，仿真证明了设计的有效性-HART protocol design DCT LMS equalizer design+ Bit synchronous design, simulation proves the validity of the design
QPSK4_Weitongbu
- 在实现QPSK的系统时，用到的位同步部分的程序-QPSK in the realization of the system, used part of the process-bit synchronous
Gardner_baseband
- 对基带数字通信的位同步过程进行了仿真，采用Gardner算法，没有用插值。符号用SRRC进行脉冲成形，环路滤波器没有用PI回路，是简单的alfa，1-alfa低通滤波，NCO调整也比较简单。-Baseband digital communications for the bit synchronization process of the simulation, using Gardner algorithm, did not use interpolation. Carried out wit
QPSK4_Weitongbu
- qpsk位同步源程序 包括调制解调及信道加噪等-qpsk bit synchronization source, including modulation and demodulation and channel plus noise, etc.
dsss
- dsss有关的位同步帧同步数字锁相法实现位同步-dsss the bit synchronization method to achieve frame synchronization bit synchronous digital lock
77433656timing_bit
- 位同步仿真，有仿真数据的输入，以及转换，可以输入到verilog中仿真-Bit synchronous simulation, simulation data input, and conversion, can be entered into the simulation verilog
BPSK-Gardner
- 位同步例程源代码，BPSK的位同步gardner算法-BPSK synchronization gardner algorithm
gardner
- 位同步例程源代码，gardener算法的-Bit synchronization routines source code, gardener algorithm
main_bitloop
- 位同步程序，本程序通过早迟门的结果，通过相位误差鉴别器和环路滤波器和DCO，来达到位同步。-Bit synchronization program, this program, the results of the early-late gate phase error discriminator and loop filter and DCO to achieve bit synchronization.
fdd-LINK
- FDD链路的仿真使用的是KA波段，其中在接收端涉及到多种算法（位同步算法，DD算法等）-FDD link simulation using KA band
Barker-code
- 利用MATLAB设计仿真5位巴克码“1 1 1 -1 1”代码的识别，并判断该五位巴克码能否实现同步-The use of MATLAB design and Simulation of 5 Barker code 111-1 1 identification code, and determine whether the five bit Barker code can achieve synchronization
transmit_signal_QPSK
- 含13位巴克码做同步头的QPSK调制发送程序（来自中科院声学所，可惜没有接收端的程序）-Containing 13 Barker code to do the synchronization header QPSK modulation transmission program ( the Chinese Academy of Sciences Institute of Acoustics, unfortunately not at the receiving end program)
G_QPSK
- 假定接收端已经实现载波同步，位同步（盲信号解调重点要解决的问题：载波同步（costas环（未见到相关代码）），位同步（Gardner算法（未见相关代码）），帧同步）-Generating QPSk signal, assuming that the receiver has to achieve carrier synchronization, bit synchronization (blind signal demodulation focus to solve the problem: c
Gardner_for-_QPSK
- Gardner位同步算法，适用于MPSK信号，能够快速地获取位同步信息，对于研究者来说具有参考价值。-Gardner bit synchronization algorithm, suitable for MPSK signal, can quickly obtain bit synchronization information, the researchers have reference value
gardner
- 定时恢复在接收机中是必不可少的环节，只有定时恢复环节性能良好才能正确解调出信号。 位同步-gardner算法(Timing recovery is an essential part of the receiver, and the signal is demodulated correctly only when the timing recovery is in good performance.)