搜索资源列表
PS_ofdm_basic
- 该程序主要实现了使用高斯脉冲成形脉冲对OFDM信号进行成形。并对其在AWGN信道下的误码性能进行了测试，对从事4G、5G研究的科研工作者很有好处。-This manusript uses the Gaussian pulse to shaping the OFDM system, ad test the BER performance in AWGN channel, its very helpful for who work in the 4G and 5G communication tec
UFMC_OFDM-matlab
- 5G非正交多载波机制UFMC收发机matlab代码实现，非常新，给5G通信专业研发人员提供帮助-5G non-orthogonal multi-carrier mechanism UFMC transceiver matlab code, very new, to 5G communications professional R & D personnel to help
5g_FBMC
- FBMC, Filter Bank Multi-Carrier: FBMC has gained a high degree of interest as a potential 5G waveform candidate. This waveform scheme provides many advantages. -FBMC, Filter Bank Multi-Carrier: FBMC has gained a high degree of interest as a potenti
paper1
- Coexistence in 5G Analysis of Cross-Interference between OFDMOQAM and Legacy Users
paper3
- Coexistence of OFDM and FBMC for Underlay D2D Communication in 5G Networks
paper3
- Efficient Offline Waveform Design Using QuincunxHexagonal Time-Frequency Lattices For 5G Systems
VHOsim
- handover in 5G communication
3G-4G-5G技术
- 3G、4G、5G学习资料的ppt，可以学习一些理论知识(3G, 4G, 5G ppt of learning materials, you can learn some theoretical knowledge.)
TDOA定位的Chan算法MATLAB源代码
- TDOA 算法， 用于通信系统中用户的定位，4G,5G通信系统可以用(TDOA MATLAB code for 4G and 5 G application)
NYUSIM_Code_WithLicense_v1.3
- NYUSIM source codes for mmwave 5G channel modeling
需求
- 5G通信采用LDPC码，LDPC已经受到广泛使用，对于初学者，此代码可以实现LDPC编译码功能，采用matlab软件。(Implementation of LDPC Coding and Decoding Function)
NonBinary_LDPC
- ldpc码是现在5G主要的应用，因此该程序研究了实现多进制ldpc编译码的方法，为进一步学习ldpc码具有一定作用。(LDPC code is now the main application of 5G, so the program studies the method to realize the coding and decoding of multi-digit LDPC code, which has a certain role in further learning the LD
5g-ldpc-master
- 实现了符合NR标准的LDPC，包括base graph 1 和 base graph 2(NR LDPC encoder+decoder ; base graph 1 and base graph 2; matlab)
ORAN协议
- ORAN组织的5G规范打包版本，资料更新时间是截止到2020年4月份，从WG1---WG8，5G基站开发必备的资料。(The package version of the 5g specification organized by Oran will be updated as of April 2020. The necessary data will be developed from WG1 - --- wg8, 5g base station.)
5G 中的 SCMA Turbo 学习
- 稀疏码多址 (SCMA) 是最近设计的一种扩展技术，其中 QAM 符号被映射到不同的 OFDMA 音调。基于码本的映射可以看作是一种扩频编码过程，其中整形增益有助于提高频谱效率并增强系统性能。本文基于 SCMA 编码方案，提出了一种联合多用户检测 (MUD) 和信道解码方法，应用了“turbo 原理”。与传统的分离检测和解码方案相比，turbo检测性能更好，增益更高，复杂度适中。在此之上，提出了一种改进方法，即在迭代之前修改外在信息。改进是基于信息的可靠性，保持可靠的信息并减少不可靠的信息。具体