5G Communication System Using Matlab
محاكاة أنظمة الاتصالات 5G باستخدام ماتلاب
A step by step the Matlab codes for capacity, BER, and outage probability estimations for NOMA communication system
- Rating
- New
- Level
- Intermediate
- Length
- 4h 29m
- Lessons
- 19
- Taught in
- English
What you’ll learn
- Learn NOMA vs. OMA, achievable rates, SIC effects, BER performance, user capacity and pairing, fixed/dynamic power allocation, and BER, capacity, outage estimation over Rayleigh fading
About this course
Dive into the world of next-generation wireless communications by learning how to model, analyze, and simulate Non-Orthogonal Multiple Access (NOMA) systems using MATLAB. This course provides a step-by-step approach to developing MATLAB codes for evaluating key performance metrics of NOMA-based 5G communication systems, including achievable capacity, Bit Error Rate (BER), and outage probability over Rayleigh fading channels.
Starting from the fundamentals, you will understand the differences between NOMA and conventional Orthogonal Multiple Access (OMA) techniques and explore why NOMA is considered a key enabling technology for 5G and beyond wireless networks. Through practical MATLAB implementations, you will learn how power-domain multiplexing, Successive Interference Cancellation (SIC), user pairing, and power allocation strategies affect overall system performance.
The course covers both theoretical concepts and hands-on simulations, enabling you to analyze achievable rates, investigate the impact of imperfect SIC, compare fixed and dynamic power allocation schemes, and evaluate the capacity limits and reliability of multi-user NOMA systems. By the end of the course, you will be able to design and simulate complete NOMA communication scenarios and accurately estimate BER, capacity, and outage probability under realistic wireless channel conditions.
Whether you are a student, researcher, or wireless communication engineer, this course will equip you with the practical MATLAB skills needed to understand and evaluate modern 5G NOMA communication systems.
Course content
1 section · 19 lessons · 4h 29mIntroduction
19 lessons · 4h 29m- 011. Section 1: Introduction11 minIn trial
- 022. First Outline: Overview of the NOMA Communication Systems (part 1)5 minIn trial
- 033. First Outline: Overview of the NOMA Communication Systems (part 2)6 minIn trial
- 044.Second Outline: The achievable rate offered by the NOMA, and OMA techniques (part 1)15 min
- 055. Second Outline: The achievable rate offered by the NOMA, and OMA techniques (part 2)29 min
- 066. Third Outline: The Effect of Imperfect SIC on the Downlink NOMA Rate Capacity (part 1)7 min
- 077. Third Outline: The Effect of Imperfect SIC on the Downlink NOMA Rate Capacity (part 2)14 min
Earn a certificate
Finish every lesson to earn a LearnU certificate with your name, ready to download and share on LinkedIn.
Included with the membership and with this course