Tutorial on Understanding OFDM Simulation and its 5G Multi-Numerology Implementation Using Matlab

Tutorial on Understanding OFDM Simulation and its 5G Multi-Numerology Implementation Using Matlab. For requesting mentorship and consultation from Dr. Hamamreh, you may contact him at [email protected] The Matlab Simulation codes of all OFDM related modulation schemes can be found at https://researcherstore.com/product/simulation-codes-of-the-paper-titled-modulation-options-for-ofdm-based-waveforms-classification-comparison-and-future-directions/ For learning about WISLAB mentorship and supervision service for Master and PHD students, you may visit this link https://www.wislabi.com/more/master-and-phd-students-supervision-support For learning about the success stories and achievements of WISLAB students, you may check this link https://www.wislabi.com/more/examples-of-student-achievements-and-success-stories-at-wislab To learn more from Dr. Hamamreh and his WISLAB team, You may join our training courses at this link https://researcherstore.com/profile/advanced-telecom/ You may also check and read our latest journal publications at this link https://wislabi.com/publications/journal-articles For reaching Dr. Hamamreh, you may contact him at [email protected] You may join my full course on wireless communication at this link https://researcherstore.com/courses/wireless-communication-principles-basics-to-advanced/ You may join my complete course on Advanced 5G and Beyond Technologies at this link https://researcherstore.com/courses/advanced-5g-and-beyond-technologies/ You may join my complete course on Digital Communications at this link https://researcherstore.com/courses/digital-communication-2/ You can find more relevant certified training courses from which you can earn a certificate of completion at this link https://researcherstore.com/courses/ =========================== https://researcherstore.com/ is a platform interconnected with a marketplace for allowing researchers/authors to directly sell and buy digital assets such as simulation codes, data-sets, slides, tutorials, reports, manuscripts, videos, softwares, etc. (Basically, all the supporting materials that you don't usually find in the classical publication document). Besides, the platform aims to allow researchers to find and offer support for reproducible research contributions. So, the researchers who are interested in reproducing certain experiments, or research studies, will be able to receive direct support from the author/researcher directly. In other words, this platform enables researchers to directly monetize (license and sell) their research assets and studies to whoever interested. This is a place where you can find technical support for the research work you want to reproduce OR you can offer technical support for the research studies you produced. Thus, it ultimately allows researchers to sell and buy reproducible research assets such as simulation codes, data-sets, videos, slides, tutorials, manuscripts, etc. Build your skills at https://researcherstore.com/courses/?tutor-course-filter-category=193,285