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Evolution of Air Interface towards 5G
This learning track covers the comprehensive evolution of wireless communication systems, from the first generation to the current fifth generation, and beyond. It provides an in-depth understanding of the development cycle of communication standards, the ITU-R recommendations, and a summary of GSM and IMT-2000. The track also delves into the technical aspects of these systems, including their bandwidth, chip rate, frame length, modulation, and channel coding. It concludes with a detailed discussion on the requirements and performance of IMT-Advanced or 4G systems, cell spectral efficiency, and the transition from 4G to 5G. The learning track further explores the intricacies of 5G technology, its requirements, operating scenarios, and design aspects. It also covers the comprehensive study of waveform analysis and multi-dimensional signaling, waveform design in telecommunication, 5G numerology and frame structure, waveforms beyond 5G communication, channel models for performance evaluation, and MIMO signal processing techniques.
These courses have been developed by Prof. Suvra Sekhar Das from IIT Kharagpur for NPTEL. They are now accessible through Ansys Innovation Space courtesy of the partnership between Ansys and NPTEL, under the CC BY-SA license. For more details, visit https://nptel.ac.in/courses/108105134.
1
Innovation Course
Wireless Communication Standards Evolution
This course covers the comprehensive evolution of wireless communication systems, from the first generation to the current fifth generation. It provides an in-depth understanding of the development cycle of communication standards, the ITU-R recommendati...Read more
2
Innovation Course
5G Requirements, Scenarios and Design
This course covers the comprehensive understanding of 5G technology, its requirements, operating scenarios, and design aspects. For instance, the course begins with an exploration of the requirements and scenarios of 5G, including the expected increase in traf...Read more
3
Innovation Course
Fundamental Framework for Waveform Analysis
This course covers the comprehensive study of waveform analysis and multi-dimensional signaling. It begins with the exploration of quadrature carriers and information bearing signals, delving into various types of modulation such as memory less modulati...Read more
4
Innovation Course
Waveform Design in Telecommunication
This course covers the comprehensive study of waveform design in telecommunication, from 2G to 5G. It starts with the importance of maintaining phase continuity and choosing the right pulse shape for future generation air interface or waveform design. The cour...Read more
5
Innovation Course
5G Numerology and Frame Structure
This course covers the intricate details of 5G numerology and frame structure. It begins with an in-depth explanation of OFDM numerology, the frame structure, and the frame format present in 5G. For instance, learners will understand how sub-carrier spacing and t...Read more
6
Innovation Course
Waveforms Beyond 5G Communication
This course covers the exploration of waveforms that are potential contenders for the next generation of mobile radio communication systems. For instance, the course delves into the requirements of 5G, such as low out of band radiation, and the problems with exis...Read more
7
Innovation Course
Channel Models for Performance Evaluation
This course covers the comprehensive understanding of channel models for performance evaluation. It begins with the importance of propagation effects for future advancements in waveforms and the role of Multiple-Input, Multiple-Output (MIMO) communication...Read more
8
Innovation Course
MIMO Signal Processing Techniques
This course covers the in-depth study of MIMO (Multiple Input Multiple Output) signal processing. It begins with the introduction of the classical IID channel, spatial fading correlation, and the impact of correlated channel coefficients. The course further expla...Read more
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