Abstract
In this paper, we present an architecture that allows the underwater acoustic target simulator to update the firmware and be controlled through a wireless method. It is a useful and desirable way for research activities allowing researchers to quickly and efficiently perform experiments on active sonar system that would otherwise be costly and time-consuming. This architecture is designed on the embedded operating system DSP/BIOS, realized and evaluated on a self-made TMS320C6455 DSP platform. The scientific experiment aboard the anti-frogman sonar system project has proved its validity and stability. In addition, the presented architecture could be transplanted to any other embedded operating system with a similar demand. This design has filled a real gap of wireless-control underwater target simulator in the market.
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