Design and Implementation of Advanced Modulation Technique in 5G Communications System
Imad Ahmed Abdullah Shaheen;
Abstract
The orthogonal frequency division multiplexing (OFDM) modulation is the most
popular multicarrier modulation scheme nowadays to support fourth-generation
wireless communication (4G). However, due to the rectangular pulse shaping
and use of cyclic prefix (CP), The OFDM systems exhibit very high-frequency
leakage and poor stopband attenuation. In the light of these limitations, Fifth
Generation (5G) Mobile broadband radio access is the promising technology
that will develop to satisfy the demand of continuous increasing data traffic. It
also allows subscribers and machines to exchange big data traffic rates, Gigabit,
with virtually small latency. Actually, the development of new wireless
technology generation in the fifth generation usually has a new modulation
scheme in the physical layer.
popular multicarrier modulation scheme nowadays to support fourth-generation
wireless communication (4G). However, due to the rectangular pulse shaping
and use of cyclic prefix (CP), The OFDM systems exhibit very high-frequency
leakage and poor stopband attenuation. In the light of these limitations, Fifth
Generation (5G) Mobile broadband radio access is the promising technology
that will develop to satisfy the demand of continuous increasing data traffic. It
also allows subscribers and machines to exchange big data traffic rates, Gigabit,
with virtually small latency. Actually, the development of new wireless
technology generation in the fifth generation usually has a new modulation
scheme in the physical layer.
Other data
| Title | Design and Implementation of Advanced Modulation Technique in 5G Communications System | Other Titles | تصميم وتنفيذ تقنية تعديل متطورة لأنظمة الجيل الخامس في أنظمة الاتصالات | Authors | Imad Ahmed Abdullah Shaheen | Issue Date | 2018 |
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