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用PTS方法降低OFDM信号中高PAPR的MATLAB仿真源代码
- 用PTS方法降低OFDM信号中高PAPR的MATLAB仿真源代码，很实用哦,PTS method used to reduce the high PAPR of OFDM signal simulation of the MATLAB source code, it is practical Oh
PAPR-for-OFDM.rar
- OFDM峰均比经典算法matlab程序，包括PTS，SLM，限幅等,OFDM PAPR reducing source codes,including PTS SLM and Cliping
OFDM-PTS
- 降低OFDM系统峰均比的PTS算法源码，经过MATLAB仿真成功-Reduce the PAPR of OFDM system PTS algorithm source, after the success of MATLAB simulation
OFDMPAPRReductionPTSMethod
- 降低OFDM的PAPR的PTS方法MATLAB仿真-OFDM PAPR Reduction PTS Method
REPORT1
- it contains report ,matlab codes for PAPR ofdm reduction techniques like SLM,PTS methods.all are working.
papr
- ofdm reduce papr in pts
pts
- OFDM传输系统仿真，和进一步改进的方法-OFDM Transmission System Simulation
PTS
- PTS算法降低ofdm系统中的峰均功率比-PTS algorithm reduces PAPR ofdm system
ofdm-papr_slmPptsPc
- papr 3种方法 slm pts c变换-papr 3 ways slm pts c transformation
pts
- OFDM中的降低PAPR中的pts方法的程序，里面包括随机，交织，相邻分割-it is a simulation papr of pts
ber_OFDM
- 降低OFDM系统峰均比的PTS算法源码，经过MATLAB仿真成功-Reduce the PAPR of OFDM system PTS algorithm source, after the success of MATLAB simulation -Reduce the PAPR OFDM system PTS algorithm source code, MATLAB simulations after the success-Reduce the PAPR of OFDM system P
PTS-MIMO
- 降低MIMO-OFDM中PAPR的PTS方法-Reduce the PAPR of the PTS method
PTS
- simulating PAPR reduction with PTS method in STBC MIMO OFDM
PTS
- OFDM信号峰均比抑制算法PTS，用matlab编写包括papr.m/ccdf.m/ptsv.m等代码
ofdm-pts
- ofdm papr降低pts技术（三种分割法源代码）-ofdm papr
ofdm-pts
- 降低峰均功率比的程序，pts方法，调试通过-Reduce the peak to average power ratio of the program, pts method, debugging through
迭代移位线性搜索PTS模块
- 基于OFDM系统设计的迭代移位线性搜索PTS算法，亲测可用(An iterative shift linear search PTS algorithm based on OFDM system, pro test is available)
m序列PTS模块
- 基于OFDM设计M序列的PTS MATLAB实现(PTS MATLAB implementation of M sequence design based on OFDM)
siso_ofdm_PTS_progress_new
- siso ofdm PTS progress new
PTS
- 此程序仿真了降低PAPR的性能。OFDM的编码类技术降低系统峰均比。PTS作为其中一种，占有重要作用。(this program simulates the degrade the performance of PAPR. The coding technology of OFDM reduces the system peak to average power ratio. PTS as one, plays an important role.)