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Key technology research of HILS based on real-time operating system

机译:基于实时操作系统的HILS关键技术研究

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In order to solve the problems that the long development cycle of traditional simulation and digital simulation doesn't have the characteristics of real time, this paper designed a HILS(Hardvvare In the Loop Simulation) system based on the real-time operating platform xPC. This system solved the communication problems between HMI and Simulink models through the MATLAB engine interface, and realized the functions of system setting, offline simulation, model compiling and downloading, etc. Using xPC application interface and integrating the TeeChart ActiveX chart component to realize the monitoring function of real-time target application; Each functional block in the system is encapsulated in the form of DLL, and the data interaction between modules was realized by MySQL database technology. When the HILS system runs, search the address of the online xPC target by means of the Ping command, to establish the Tcp/IP communication between the two machines. The technical effectiveness of the developed system is verified through the typical power station control system.
机译:为了解决传统仿真和数字仿真开发周期长,不具有实时性的问题,本文设计了基于实时操作平台xPC的HILS(Hardvvare In Loop Simulation)系统。该系统通过MATLAB引擎接口解决了HMI与Simulink模型之间的通讯问题,实现了系统设置,离线仿真,模型编译和下载等功能。使用xPC应用程序接口并集成了TeeChart ActiveX图表组件来实现监控实时目标应用程序的功能;系统中的每个功能块都以DLL的形式封装,并且模块之间的数据交互是通过MySQL数据库技术实现的。当HILS系统运行时,通过Ping命令搜索在线xPC目标的地址,以在两台计算机之间建立Tcp / IP通信。通过典型的电站控制系统验证了所开发系统的技术有效性。

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