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Correlation Enhancement of a 4 Element MIMO System / GP / Dr. Mahmoud A. Abdalla

By: Aya Mohamed Ali Abdelmoneim Mohamed Ali (155223).
Material type: TextTextPublisher: Giza : faculty of Engeering, Electrical Communication and Electronics Systems ,MSA, 2018 / 2019Description: 68 P.Content type: text Media type: unmediated Carrier type: volumeSubject(s): Electrical Engineering | Computer Engineering | Electrical Communication | Electronics SystemsDDC classification: 005 Online resources: FULL TEXT PRESS HERE Summary: The purpose of MIMO (Multiple-Input Multiple-Output) communication systems is to use multiple transmitters and receivers, so multiple antennas, for improved performance over the wireless communication channels. In these systems, antennas play an important role, since the antenna’s features are inherently included in the communication channel between the transmitter and the receiver. Therefore a practical MIMO antenna should have a low signal correlation between the antenna elements. Mutual coupling is a serious problem that is involved in the design of MIMO antennas since it causes a great deterioration in the MIMO system performance; affecting not only the antenna efficiency but also impacts the correlation between the antenna elements. Therefore this report introduces an Asymmetric Coplanar strip (ACS)-fed 4X4 MIMO antenna with an EBG cell structure which gives a hybrid isolation technique between the MIMO elements achieving isolation greater than 30dB. Each of the MIMO system’s antennas operates at three frequencies which are 5GHz, 5.8GHz and 6.3GHz to support different wireless applications. The MIMO system also has an ECC (Envelope Correlation Coefficient) of less than 0.002 and a diversity gain greater than 9.99dBSummary: أنظمة الأتصال المتعددة المدخلات والمتعددة المخرجات هو استخدام متعدد لأجهزة الإرسال واجهزة الإستقبال الهوائيات المتعددة - لتحسين الأداء من خلال قنوات الإتصال اللاسلكي تلعب الهوائيات دور مهم نظرا لأن خصائص الهوائيات تعتبر جوهرية في قنوات التواصل بين أجهزة الإستقبال ولذلك ينبغي أن يكون الهوائي المتعددة المدخلات والمتعددة المخرجات حيث أنه يسبب إداء نظام المتعددة المدخلات والمتعددة المخرجات مما يؤثر ليس فقط على كفاءة الهوائي بل ايضا يؤثر على
List(s) this item appears in: Engineering D. G. P 2018 / 2019
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Gradution Project Gradution Project Centeral Library
Soft Copy located on library Cataloge
005 (Browse shelf) Available 81988

The purpose of MIMO (Multiple-Input Multiple-Output) communication systems is to use multiple transmitters and receivers, so multiple antennas, for improved performance over the wireless communication channels. In these systems, antennas play an important role, since the antenna’s features are inherently included in the communication channel between the transmitter and the receiver. Therefore a practical MIMO antenna should have a low signal correlation between the antenna elements.
Mutual coupling is a serious problem that is involved in the design of MIMO antennas since it causes a great deterioration in the MIMO system performance; affecting not only the antenna efficiency but also impacts the correlation between the antenna elements. Therefore this report introduces an Asymmetric Coplanar strip (ACS)-fed 4X4 MIMO antenna with an EBG cell structure which gives a hybrid isolation technique between the MIMO elements achieving isolation greater than 30dB. Each of the MIMO system’s antennas operates at three frequencies which are 5GHz, 5.8GHz and 6.3GHz to support different wireless applications. The MIMO system also has an ECC (Envelope Correlation Coefficient) of less than 0.002 and a diversity gain greater than 9.99dB

أنظمة الأتصال المتعددة المدخلات والمتعددة المخرجات هو استخدام متعدد لأجهزة الإرسال واجهزة الإستقبال الهوائيات المتعددة - لتحسين الأداء من خلال قنوات الإتصال اللاسلكي
تلعب الهوائيات دور مهم نظرا لأن خصائص الهوائيات تعتبر جوهرية في قنوات التواصل بين أجهزة الإستقبال ولذلك ينبغي أن يكون الهوائي المتعددة المدخلات والمتعددة المخرجات حيث أنه يسبب إداء نظام المتعددة المدخلات والمتعددة المخرجات مما يؤثر ليس فقط على كفاءة الهوائي بل ايضا يؤثر على

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