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Constantly updated with the rapid development of imaging technology and image processing technology , image tracking technology has been widely used in military field reconnaissance, guidance , navigation , intelligent transportation and other civilian areas opened up broad prospects for application . Compared with other traditional tracking , image tracking with an intuitive , real-time , high precision , strong resistance to electronic interference characteristics . This paper first introduces a a DSP FPGA - based image tracking system design and system module - based hardware design , and then on the system , the back - end FPGA internal logic module design are described in detail . To enhance the applicability of the system , the paper proposed an improved scheme for such a framework , to more fully utilize the excellent performance of the FPGA , to enhance the system performance . Finally, the paper describes a method for the testing and evaluation of the tracking system to track the performance of simulated target generator . FPGA programming , can produce a test simulated target . As supporting test device of the tracking system , it has the programmability and good controllability , versatility and movement status .
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