Noma-master
说明： 程序中比较了NOMA和OFDMA在容量方面，附带一篇论文，讲的比较详细
(The program compares noma and OFDMA in terms of capacity, with a paper, more detailed)
(The program compares noma and OFDMA in terms of capacity, with a paper, more detailed)
文件列表:
ik2560.pdf (568391, 2020-11-09)
noma.m (9480, 2020-11-09)
noma.m (9480, 2020-11-09)
# Comparison of NOMA with other orthogonal Multiple-Access Techniques
Matlab code for 'NOMA with SiC' and comparison to other OFDMA techniques
## This is a course project for KTH Royal Inst. of Technology
The current generation of mobile networks is not designed to meet the future demand for high data rate, low latency
communications, support a large number of users. The IMT 2020 has categorized the requirements as enhanced Mobile Broadband
(eMBB), Ultra Reliable and Low Latency Communications (URLLC), massive Machine Type Communications (mMTC). The
Third Generation Partnership Project (3GPP) has been actively working to define the specifications for next-generation 5G
communications to address the requirements. The 3GPP is working across the Core Network (CN) and Radio Access Network
(RAN) to meet the requirements. One of the proposed techniques to support a large number of users and high spectral efficiency
on the radio multiple access is Non-Orthogonal Multiple Access (NOMA) scheme. This paper provides a study of NOMA, how
NOMA addresses the 5G requirements, ongoing standardization efforts for NOMA and a comparative study of NOMA with other
OMA schemes like OFDMA. We have also demonstrated improvements in the throughput of the users in NOMA as compared
to OFDMA with the help of MATLAB simulations.
The current generation of mobile networks is not designed to meet the future demand for high data rate, low latency
communications, support a large number of users. The IMT 2020 has categorized the requirements as enhanced Mobile Broadband
(eMBB), Ultra Reliable and Low Latency Communications (URLLC), massive Machine Type Communications (mMTC). The
Third Generation Partnership Project (3GPP) has been actively working to define the specifications for next-generation 5G
communications to address the requirements. The 3GPP is working across the Core Network (CN) and Radio Access Network
(RAN) to meet the requirements. One of the proposed techniques to support a large number of users and high spectral efficiency
on the radio multiple access is Non-Orthogonal Multiple Access (NOMA) scheme. This paper provides a study of NOMA, how
NOMA addresses the 5G requirements, ongoing standardization efforts for NOMA and a comparative study of NOMA with other
OMA schemes like OFDMA. We have also demonstrated improvements in the throughput of the users in NOMA as compared
to OFDMA with the help of MATLAB simulations.
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