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Advanced Radio Access Network (RAN) Technologies – 5G and 6G

Description

Advanced 5G and Past Potential Technologies – From Newbie to Knowledgeable

The course cowl matters reminiscent of mMTC, URLLC, IoT, OFDM Numerologies, 5G/6G waveforms, NOMA, OTFS, In-band Full-duplex, LiFi, mmWave, large MIMO, and so forth.

If you wish to put together your self to work in Telecom corporations, reminiscent of NOKIA, HUAWEI, SAMSUNG, APPLE, GOOGLE, FACEBOOK, MICROSOFT, ERICSSON, QUALCOMM, INTEL, ZTE, and so forth., or need to discover new attention-grabbing analysis matters associated to 5G, 6G, advert past wi-fi generations, then this course is only for you. On this course, you’ll be taught intimately most technical elements of 5G and past applied sciences together with studying wi-fi communication design utilizing MATLAB ranging from simulations to actual {hardware} implementation, 5G Waveform, OFDM, OTFS, A number of Access Approach, NOMA, mm-Wave, large MIMO, VLC, LIFI, and many different currents and trade-related matters to ensure a whole and full superior understanding of 5G and past networks.

As a bonus, after you full watching all of the lecture movies of the course, it is possible for you to to get an expert certificates in fact completion from each Udemy and Researcherstore.

Extra particularly, the coated matters within the course are listed as follows:

Introduction to 5G and past expertise

What’s OFDM and The way it works?

  • OFDM: the kernel constructing waveform for a lot of wi-fi applied sciences together with 5G – V4

    21:33

  • OFDM in Particulars. What’s it? and What are its deserves/benefits & demerits/disadvantages? V4- Half 2

    38:52

  • Simulation of OFDM: OFDM Simulation Utilizing Matlab Software program

    1:44:36

5G Waveforms and A number of Access Strategies

  • Overview of single-service and multi-service candidate 5G waveforms together with their Professionals. & Cons. (Half-1)

    37:18

  • Overview of single-service and multi-service candidate 5G waveforms together with their Professionals. & Cons. (Half-2)

    18:50

Bodily Layer of 5G NR

  • The Bodily Layer of 5G New Radio (5G-NR): OFDM waveform Numerologies and Service Multiplexing

    1:22:07

Non-Orthogonal A number of Access (NOMA)

  • Non-orthogonal a number of entry (NOMA) for 5G Programs: Motivation, Idea, Professionals & Cons

    43:35

Introduction to Huge MIMO

  • Huge MIMO for 5G Programs: Motivation, Idea, Professionals & Cons

    59:07

OTFS Waveform

  • OTFS waveform: A two-dimensional waveform utilizing 2-D Fourier Remodel: (Half 1)

    51:20

  • OTFS waveform: A two-dimensional waveform utilizing 2-D Fourier Remodel: (Half 2)

    40:30

MIMO at Millimeter Wave

  • mm-Wave expertise for 5G and past techniques (Half-1)

    1:06:57

  • mm-Wave expertise for 5G and past techniques (Half-2)

    40:20

LiFi/ VLC- Seen gentle Communication

  • LiFi expertise (seen gentle communication – VLC) for 5G and past techniques

    2:17:14

In-Band Full-Duplex Communications

  • In-Band Full-Duplex Communications

    34:10

Polar Codes for Error Management and Correction in 5G

  • Error Management Coding (Polar codes Introduction)

    =====================

So, in abstract on this course, you’ll be taught matters reminiscent of OFDM Numerologies, 5G/6G waveforms, NOMA, OTFS, In-band Full-duplex, LiFi, mmWave, large MIMO, and so forth.

======== Concerning the Insturctor ===========

Jehad M. HAMAMREH is the Founder and Director of WISLABi/com, Editor at Researcherstore/com & RS-OJICT journal, in addition to A. Professor with Electrical and Laptop Engineering Division, Antalya Worldwide (Bilim) College. He earned his Ph.D. diploma in Telecommunication Engineering and Cyber-Programs from Medipol College. Beforehand, he labored as a Researcher on the Division of Electrical and Laptop Engineering at Texas A&M College. He’s the inventor of greater than 20 Patents and has authored greater than 90 peer-reviewed scientific papers together with a number of e-book chapters. His progressive patented works received the gold, silver, and bronze medals in quite a few worldwide invention contests and festivals.

His present analysis pursuits embrace Wi-fi Communication, Wi-fi Safety, Wi-fi Sensing, O-RAN, 5G/6G, IoT, AI/ML, wi-fi bodily and MAC layers safety, orthogonal frequency-division multiplexing (OFDM), a number of-enter a number of-output techniques (MIMO), superior waveforms design, multidimensional modulation methods, and orthogonal/non-orthogonal a number of entry schemes for future wi-fi techniques. He’s a daily investigator and a referee for varied scientific journals in addition to a TPC member for a number of worldwide conferences. He’s an Editor at RS-OJICT and Frontiers in Communications and Networks.

Key Analysis Subjects: Wi-fi Communication, Wi-fi Safety, Wi-fi Sensing, Open RAN, 5G/6G, IoT-AI


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