航空电子系统综合检测平台的设计

Design of an integrated detection platform for the avionic system

设计了某型飞机航空电子系统的VXI检测平台并对其进行软件编程。硬件设计以工控机为核心,运用VXI模块、GPIB仪器、虚拟仪器、人工智能等技术,采用模块化、结构化设计方法,硬件设计以驱动程序的编程接口间接实现对仪器的控制。此系统的设计提供了一种技术先进、可靠性高、操作简便、通用性好、扩展性强的综合航电系统检测平台,解决地面检测设备的保障问题。

A VIX detection platform and the corresponding software were designed for the avionic system of a certain type of aircraft. In hardware design, the core was IPC, the techniques of VXI module, GPIB instrument, virtual instruments and artificial intelligence, and the designing methods of modularization and construction were used. The interface of driving procedure was used for controlling the instrumental indirectly. This system, which had the advantages of advanced technology, high reliability, simple operation, and high expandability, provided an integrated detection platform for the avionic system.