term paper wireless communication

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Term Paper Wireless Communication Topic of Research: Millimeter-wave MIMO: Wireless Links at Optical Speeds Description Regarding topic? The small wavelengths enable highly directive beams providing link budgets sufficient to communicate even in poor weather conditions over ranges of the order of kilometers, while requiring radio frequency (RF) front-ends that can be realized in low-cost silicon processes. Furthermore, because of the small wavelengths, spatial multiplexing gains can be obtained even in Line of Sight (LOS) environments with only a moderate separation of transmitters. The proposed mm-wave Multiple-Input Multiple-Output system exploits these characteristics to provide LOS links of speeds of up to 40 Gbps (e.g., by supporting eight 5 Gbps links in parallel between two nodes). Members Names: 1) Hashir Ali Khan Reg No. 12PWELE4177 Submitted to : Prof Dr. Haseeb Zafar

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IT CONTAINS WIRELESS COMM RESEARCH REGARDING MIMO TECHNOLOGY AND NEW READERS CAN READ IT AND START RESEARCHING

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Page 1: Term Paper Wireless Communication

Term Paper Wireless Communication

Topic of Research:

Millimeter-wave MIMO: Wireless Links at Optical Speeds

Description Regarding topic? The small wavelengths enable highly directive beams providing link budgets sufficient to communicate even in poor weather conditions over ranges of the order of kilometers, while requiring radio frequency (RF) front-ends that can be realized in low-cost silicon processes. Furthermore, because of the small wavelengths, spatial multiplexing gains can be obtained even in Line of Sight (LOS) environments with only a moderate separation of transmitters. The proposed mm-wave Multiple-Input Multiple-Output system exploits these characteristics to provide LOS links of speeds of up to 40 Gbps (e.g., by supporting eight 5 Gbps links in parallel between two nodes).

Members Names:1) Hashir Ali Khan Reg No. 12PWELE4177

Submitted to : Prof Dr. Haseeb Zafar