1. Small-Scale Indoor Channel Measurements at 24 GHz on a University Campus
- Author
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Mahmoud H. Ismail, Marawan El-Bardicy, Mohammad Abo rahama, Mohamed El-Tarhuni, and Amer Zakaria
- Subjects
Computer science ,Acoustics ,05 social sciences ,Bandwidth (signal processing) ,050801 communication & media studies ,Signal ,Delay spread ,0508 media and communications ,0502 economics and business ,Extremely high frequency ,050211 marketing ,Wideband ,Power delay profile ,Multipath propagation ,Computer Science::Information Theory ,Communication channel - Abstract
In this paper, small-scale indoor channel measurements at millimeter wave frequencies are conducted at the American University of Sharjah campus in the United Arab Emirates. The measurements are performed using a wideband correlation-based channel sounder, which uses a 250 MHz bandwidth signal modulating a 24 GHz carrier. Different indoor scenarios are considered to examine the effect of the environment on the channel characteristics. The measurements are analyzed to obtain the channel's power delay profile, from which various parameters are calculated such as the average excess delay, the delay spread, and the number of resolvable multipath components.
- Published
- 2021
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