Wireless Communication Concepts: Propagation, Fading, OFDM, GSM & 4G Architecture with Practical Insights
What you'll learn
Evaluate performance of digital modulation techniques over various wireless channels.
Apply diversity techniques and MIMO strategies to mitigate fading and improve system reliability.
Analyze wireless channel models and interpret the impact of fading and multipath propagation
Explain the evolution of wireless communication systems and identify the need for emerging technologies such as mmWave, THz communication, UAV-assisted networks
Requirements
Anlog and digital communication systems
Description
This course on Advanced Wireless Communication Systems provides a comprehensive understanding of the principles and technologies that drive modern wireless networks. It begins with the fundamentals of wireless communication, including basic system models, spectrum usage, and the evolution from 1G to 5G. The course then explores radio wave propagation mechanisms such as reflection, diffraction, and scattering, followed by detailed study of path loss models used in real-world environments.
Learners will gain in-depth knowledge of multipath propagation and fading, including delay spread, Doppler effects, and various fading types. Channel models such as Rayleigh, Rician, and Nakagami-m are introduced to analyze wireless performance. The course also covers indoor and outdoor propagation models essential for network planning.
Further, it introduces key communication technologies like OFDM, explaining its working principles and role in mitigating interference. Students will study GSM architecture and multiple access techniques, followed by an overview of 4G LTE systems, including EPC, eNodeB, and advanced technologies like MIMO and OFDMA.
Finally, the course emphasizes practical design aspects such as fade margin, interference management, and system capacity. This course equips learners with both theoretical knowledge and practical insights required for academic, research, and industry applications.
Starting from the basics of radio wave propagation, the course gradually builds toward advanced topics such as multipath fading, OFDM, GSM architecture, and 4G LTE systems, making it ideal for students and professionals aiming to master wireless communication.
Who this course is for
Graduation, post-Graduation, Ph.D


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