This paper makes use of the powerful interface development ability of Visual C# and the numerical operation ability of Matlab, and uses the mixed programming technology of Matlab and Visual C# for software programming design. First, create the PeakWave.dll of the peak radiated noise samples and the ShoulderWave.dll of the shoulder noise samples, then call the corresponding functions in the main program, and finally return the noise samples generated by simulation by MATLAB, thus realizing the design of the ship radiated noise simulation software with simple operation and good user interface. The software has the functions of noise simulation, parameter setting, data saving, waveform display, etc. The results show that the characteristics of Visual C# and Matlab can be brought into full play by using mixed programming technology, and the software designed has a wide range of engineering application value.
KEYWORDS: Data communications, Control systems, Data storage, Design and modelling, Navigation systems, Data transmission, Target detection, Submerged target detection, Windows, Telecommunications
Real-time monitoring of key data of underwater target in navigation status is an important basis for mastering and intervening the navigation status of underwater target in the whole process and ensuring the navigation safety of underwater target. With the help of CAN bus communication technology, this paper designs a key data monitoring software for underwater target based on CAN bus, which can monitor and display the key data of underwater target such as their attitude, depth, motor voltage, motor speed, driving plate temperature, etc. in real time. On the premise of ensuring real-time performance, the software makes full use of CAN bus communication features, and has the advantages of good human-computer interaction, simple operation and high visibility.
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