基于COMO的智能座舱系统人机界面引擎

S. Liu, Xilong Pei, Jiali Wang, Jing-song Huang, Jian-Mei Wang, Ning Wang
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引用次数: 0

摘要

ICS(智能座舱系统)是一种人机界面(HMI)技术,集成了车载信息娱乐(IVI)、平视显示器(HUD)和导航(NAVI)。ICS中的HMI技术栈涉及工程人机交互创意、基于组件的图形系统和车载级硬件系统等。所开发的人机界面引擎是实现车载电子设备人机交互计算的中间件,同时也是实现图形计算、座舱计算设备调度管理和软件运行功能的软件栈,通过OpenGL对显示硬件进行操作。介绍了一种基于como的功能安全SOA架构的ICS人机界面技术。在COMO RPC的支持下,设备被抽象为服务并集成在一起。在保证功能安全的前提下,它拥有多种面向ics的2D、3D控件,具有运行状态和设计状态,适合创意人士和汽车工程师一起工作。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
An Intelligent Cockpit System HMI Engine Based on COMO
ICS (Intelligent Cockpit System) is a Human-Machine Interface (HMI) technology that integrates In-Vehicle Infotainment (IVI), Head Up Display (HUD), and Navigation (NAVI). The HMI technology stack in ICS involves engineering human-machine interaction creativity, component-based graphics systems and vehicle-level hardware system, etc. The HMI engine we developed is a middleware that implements human-machine interaction computing in in-vehicle electronic equipment, and the engine is also a software stack for graphics computing, scheduling management of computing devices in the cockpit and software runtime functions, it operates the display hardware through OpenGL. This paper introduces a COMO-based ICS HMI technology with functional safety SOA architecture. With the support of COMO RPC, devices are abstracted as services and integrated together. Under the premise of ensuring functional safety, it has a variety of ICS-oriented 2D, 3D controls with running state and design state, suitable for creative people and automotive engineers to work together.
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