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  • Broschiertes Buch

In modern wireless communication, MIMO technology is a key breakthrough reshaping antenna design. This book, based on rigorous research, helps readers grasp MIMO's performance edges, innovative antennas, and experimental results. We compared MIMO and SISO architectures; experiments proved MIMO's quantified advantages. We developed an inset feed dual-polarised patch antenna (with advanced combining) that outperforms vertical polarised systems. Its DGS-integrated feed line boosts inter-port isolation by nearly 30 dB, reducing interference. Top electromagnetic software simulated…mehr

Produktbeschreibung
In modern wireless communication, MIMO technology is a key breakthrough reshaping antenna design. This book, based on rigorous research, helps readers grasp MIMO's performance edges, innovative antennas, and experimental results. We compared MIMO and SISO architectures; experiments proved MIMO's quantified advantages. We developed an inset feed dual-polarised patch antenna (with advanced combining) that outperforms vertical polarised systems. Its DGS-integrated feed line boosts inter-port isolation by nearly 30 dB, reducing interference. Top electromagnetic software simulated single/dual-polarised antennas, refining designs for physical tests (return loss, isolation, radiation patterns). Keithley tools measured 2×2 MIMO link performance across three setups, comparing signal power and SNR to guide choices. This book aids wireless communication researchers, engineers, and students, contributing to MIMO advancement and shaping next-gen 5G/IoT systems.
Autorenporträt
Zhang Hong, Professor/Ph.D. Dean of the School of Electronics and Mechanical Engineering, Fujian Polytechnic Normal University, and Director of the Key Laboratory of Nondestructive Testing Technology for Universities in Fujian Province. He is currently a member of the Academic Committee of Fujian Polytechnic Normal University.