基于多线程的测控平台虚拟示波器设计

Design of Virtual Digital Oscilloscope for Test Platform Based on Multithread

采用C++编程语言和面向对象的方法,探讨了在VC开发环境下虚拟数字示波器的软件开发。研究了基于多线程技术的虚拟数字示波器的编程过程和技巧,结合面向汽车零部件试验的通用测控平台的硬件和软件分析,并以应用实例车辆减振器噪声测控平台验证该虚拟数字示波器的有效性。

Using C＋＋ language and the method of object-oriented, software development of virtual digital oseilloseope based on Visual C developing eireumstanee has been diseussed. The programming skills and proeessing methods of virtual digital oscilloscope based on multithread technology are also studied. Combined with the hardware and software analysis of automobile eomponents test platform, an applieation example of vehiele shoek absorber test platform is illustrated to validate the effieieney of the virtual digital oseilloseope.