搜索资源列表
OFDMsystem
- 根据OFDM的工作原理，由MATLAB编程实现，在Optiwave软件环境中，生成MATLAB模块，搭建出最基本的OFDM平台； 生成OFDM的调制和解调功能模块； 搭建传输速率为2.5G/s、传输距离为50km的光纤通讯系统，通过误码仪和示波器检测系统性能。 -According to the working principle of OFDM, the MATLAB programming, the Optiwave software environment to generat
test_vectors
- 5G通信中的新型多载波技术GFDM相关matlab代码，很新，希望对5G研发人员有帮助-5G Communications GFDM new multi-carrier technology related matlab code, very new, and I hope 5G R & D staff helpful
Measurements
- Measrurements class. Wrapper for communication toolbox for easy use. Support ACPR and EVM measurements for lte wifi and 5g simulator.
5GCMSIG_White-Paper_Draft_12_03_2015_final_clean.
- 5G Simulator MIMO RxTx
OQAM_postprocessing
- 针对5G新波峰技术之一的FBMC技术的QAM调制例程-QAM modulation routines for FBMC technology, one of 5G s new peak technologies
Signal Processing for 5G Algorithms
- 5g信号处理算法介绍，主要包括了物理层技术，如候选波形和非正交接入(Signal Processing for 5G Algorithms and Implementations)
5G_FS_coexistence-master
- 5g and d2d coexistence
BER&SIC
- Mathimatics calcuations on BER and SIC in 5G NOMA network
CP FBMC.m
- Filter Bank Multi-carrier compressed Sensing MCSM
PDMA
- 5G MULTIPLE ACCESSINGBTECHNIQUES
OSIC_detector4
- TECHNIQUE FOR MULTIPLE ACCESSING
NOMA-OFDMA-SIM
- 5G技术中NOMA算法的性能仿真，对比ofdm性躁比仿真比较(Performance simulation of NOMA algorithm in 5G Technology)
5g-po-fop-nse-ae_925
- Summary of 5G by viavi
5g-polar-code
- Polar Code for 5G very usefull for channel realisation
5G指南与白皮书（使用matlab进行5G开发）
- 使用matlab对5G进行开发，内含指南与白皮书(Develop 5G with matlab, including Guide and White Paper)
Simulation of FBMC 5G System
- Numerical Simulation and modelling of FBMC 5G System.
5g-nr-pusch-master
- 5G is a project of upcoming technologies in the future
5g-polar-code-master
- 5G is the most appropriate technology for the future use
5G通信系统中的层映射
- 本例程是在MATLAB平台上实现，主要是完成了5G通信系统中的层映射的代码，符合3GPP中的协议规定。
空间调制
- 目前，以空间调制(Spatial Modulation，SM)、广义空间调制(Generalized Spatial Modulation，GSM)为代表的新型MIMO技术，成为4G以及5G的关键技术。空间调制系统在一个符号周期内，发送端只选择部分发送天线发送信号，从而大大提高了频谱效率，是大规模MIMO系统的重大突破。(At present, the new MIMO technology represented by spatial modulation (SM) and generaliz