Hardware implementation of DCSK communication system using Xilinx system generator

Joint Authors

Ibrahim, Dua S.
Hasan, Fadil S.

Source

Journal of Engineering and Sustainable Development

Publisher

al-Mustansyriah University College of Engineering

Publication Date

2020-12-31

Country of Publication

Iraq

No. of Pages

17

Main Subjects

Electronic engineering

English Abstract

In this paper, the implementation of the non-coherent differential chaos shift-keying (DCSK) system over AWGN channel with different spread factor using Xilinx System Generator (XSG) are proposed.

Using XSG because it is more reliable and flexible and easy to update and modify the design system in addition to gives the perfect design for FPGA technicality for hardware design compared with the conventional FPGA design.

The hardware co-simulation of the DCSK system is performed on the SP605 xc6slx45t-3fgg484 evaluation board with clock frequency 27 MHZ.

The results of hardware simulation prove that the system is worked in the correct form.

The system is routed in successfully using ISE 14.5 program with maximum frequency 39.587, 41.592 MHZ in modulation, and demodulation respectively.

The Xilinx system generator (XSG) is most easier, flexible, and reliable and gives an optimum design for the FPGA technique comparing with conventional FPGA In this paper, the implementation of the non-coherent differential chaos shift-keying (DCSK) system over AWGN channel with different spread factor using Xilinx System Generator (XSG) are proposed.

Using XSG because it is more reliable and flexible and easy to update and modify the design system in addition to gives the perfect design for FPGA technicality for hardware design compared with the conventional FPGA design.

The hardware co-simulation of the DCSK system is performed on the SP605 xc6slx45t-3fgg484 evaluation board with clock frequency 27 MHZ.

The results of hardware simulation prove that the system is worked in the correct form.

The system is routed in successfully using ISE 14.5 program with maximum frequency 39.587, 41.592 MHZ in modulation, and demodulation respectively.

The Xilinx system generator (XSG) is most easier, flexible, and reliable and gives an optimum design for the FPGA technique comparing with conventional FPGA design.

Data Type

Conference Papers

Record ID

BIM-1263614

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