5G Communication System Using Matlab

5G Communication System Using Matlab, available at $44.99, has an average rating of 4.8, with 9 lectures, based on 80 reviews, and has 3391 subscribers.

You will learn about What is meant by NOMA with respect to OMA systems? What is the achievable rate offered by the NOMA, and OMA systems? What is the effect of imperfect SIC on the downlink NOMA rate capacity? What is the effect of the NOMA fixed power allocation on the BER performance? What is the number of users that NOMA can support? What is meant by the user paring in NOMA? How to perform fixed and dynamic power allocation in NOMA? How to estimate the BER, capacity, and outage probability of NOMA communication system over a Rayleigh fading channel? This course is ideal for individuals who are This course is designed for under and postgraduate students associated to the electronics and electrical communication engineering department It is particularly useful for This course is designed for under and postgraduate students associated to the electronics and electrical communication engineering department.

Enroll now: 5G Communication System Using Matlab

Summary

Title: 5G Communication System Using Matlab

Price: $44.99

Average Rating: 4.8

Number of Lectures: 9

Number of Published Lectures: 9

Number of Curriculum Items: 9

Number of Published Curriculum Objects: 9

Original Price: $19.99

Quality Status: approved

Status: Live

What You Will Learn

What is meant by NOMA with respect to OMA systems?
What is the achievable rate offered by the NOMA, and OMA systems?
What is the effect of imperfect SIC on the downlink NOMA rate capacity?
What is the effect of the NOMA fixed power allocation on the BER performance?
What is the number of users that NOMA can support?
What is meant by the user paring in NOMA?
How to perform fixed and dynamic power allocation in NOMA?
How to estimate the BER, capacity, and outage probability of NOMA communication system over a Rayleigh fading channel?

Who Should Attend

This course is designed for under and postgraduate students associated to the electronics and electrical communication engineering department

Target Audiences

This course is designed for under and postgraduate students associated to the electronics and electrical communication engineering department

This is course is designed for under and postgraduate students associated to the electronics and communication engineering department. It has eight outlines, each outline discusses the theoretical explanation and the Matlab codes for simulating the figures that obtained through the explanation of the course. This course saves many months of hard work.

Using the Matlab program, you will learn:

1- How to estimate the channel capacity using Shannon formula?

2- How to estimate the achievable rate offered by the uplink/downlink Non-Orthogonal Multiple Access (NOMA), and Orthogonal Multiple Access (OMA) techniques?

3- How to study the effect of imperfect Successive Interference Cancellation (SIC) on the downlink NOMA rate capacity?

4- How to study the effect of the NOMA Fixed Power Allocation (FPA) on the Bit-Error-Rate (BER) performance?

5- What is the number of users that NOMA can support with respect to OMA technique?

6- What is meant by user paring in NOMA, and how to perform user paring?

7- How to perform the fixed and dynamic power allocation in NOMA, and how to validate its performance?

8- How to estimate to the BER performance of NOMA communication system over a Rayleigh fading channel?

9- How to estimate to the achievable capacity of NOMA communication system over a Rayleigh fading channel?

10- How to estimate to the outage Probability of NOMA communication system over a Rayleigh fading channel?

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction

Chapter 2: An overview of the NOMA communication systems.

Lecture 1: First outline

Chapter 3: The achievable rate offered by the NOMA, and OMA techniques

Lecture 1: Second outline

Chapter 4: The effect of imperfect SIC on the downlink NOMA rate capacity

Lecture 1: Third outline

Chapter 5: The effect of the NOMA fixed Power allocation on the BER performance

Lecture 1: Fourth outline

Chapter 6: The number of users that NOMA Can support

Lecture 1: Fifth outline

Chapter 7: The user paring in NOMA

Lecture 1: Sixth outline

Chapter 8: The fixed and dynamic power allocation in NOMA

Lecture 1: Seventh outline

Chapter 9: The estimation of the BER, capacity, and outage Probability of NOMA Comm. system

Lecture 1: Eighth outline

Instructors

Dr. Khaled Ramadan
Assistant Professor

Rating Distribution

1 stars: 1 votes
2 stars: 4 votes
3 stars: 4 votes
4 stars: 20 votes
5 stars: 51 votes

Frequently Asked Questions

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