ARM内核的驾驶舱虚拟仪表系统设计

Design of cockpit virtual instrument system based on ARM

随着计算机技术和通信技术不断发展,工业控制系统的虚拟化技术实现了低成本、高效率的控制,尤其是基于ARM核的嵌入式控制器已经大规模应用在船舶驾驶和设备控制领域。通过对各种控制功能的模拟,操作人员能够快速学会设备的操控要领,同时也能了解船舶的性能。基于上述需求,本文首先建立船舶的动力模型,通过ARM控制平台,设计必要的图像控制引擎,在虚拟的驾驶舱平台上,实现基本的航速控制、预警监控和通信导航等功能。

With the development of computer technology and communication technology,many industrial control systems have adopted virtualization technology to realize low cost and high efficiency control. Especially ARM-based embedded controller has been widely used in the field of ship driving and equipment control. Through the simulation of various control functions,the operator can quickly learn the equipment control essentials, while the ship' s performance can be understood. Based on the above requirements,this paper first establishes the ship dynamic model,through the ARM control platform,designed the necessary image control engine and flow control algorithm,and other functions.