HARDWARE IMPLEMENTATION OF SOFTWARE DEFINED RADIO BASED ON DYNAMIC PARTIAL RECONFIGURATION
Sherif Mohamed Hosny Afifi;
Abstract
Summary:
This work implements SDR transceiver system for five wireless communication standards: Bluetooth, Wi-Fi, 2G, 3G, and LTE on Zynq-7000 evaluation kit. The new DPR technique is used to switch between different multi-standard communication systems on the same FPGA partition. Implementing SDR using DPR combines the advantage of hardware performance and software flexibility. A test environment is established to measure the effectiveness of the new technique.
This work implements SDR transceiver system for five wireless communication standards: Bluetooth, Wi-Fi, 2G, 3G, and LTE on Zynq-7000 evaluation kit. The new DPR technique is used to switch between different multi-standard communication systems on the same FPGA partition. Implementing SDR using DPR combines the advantage of hardware performance and software flexibility. A test environment is established to measure the effectiveness of the new technique.
Other data
| Title | HARDWARE IMPLEMENTATION OF SOFTWARE DEFINED RADIO BASED ON DYNAMIC PARTIAL RECONFIGURATION | Other Titles | تطبيق نظام الراديو المعرف برمجيا على اساس اعادة التكوين الجزئي الديناميكي | Authors | Sherif Mohamed Hosny Afifi | Issue Date | 2018 |
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