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Implementation of synchronized chaotic systems by field programmable gate array
In this thesis, the geometric properties of chaotic systems are used to determine their synchronization. First, each system is constructed with MATLAB Simulink blocks. Afterwards, feedback control system for synchronization of chaotic systems is proposed by using complete synchronization approach. In the next stage, Simulink designs are translated into System Generator design so that bitstream file which is used to program FPGA is obtained. Finally, the design is implemented into FPGA by dowloading bitstream file into FPGA. As an application of FPGAs the synchronization of chaotic systems have been achieved.