Digital Gate: Automotive Gateway to Automation Platforms

Abdelrahman M. Ezz, Ashraf Nabil, Waleed Ali, Mohammed Abdou, Mark Azer, Ibrahim Farag, Motaz Agamawi
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引用次数: 1

Abstract

Technology is evolving aggressively everyday around us in different domains. In addition, IoT is being involved in different fields to facilitate people's daily life routines with the help of trigger-action platforms (such as Zapier, IFTTT, Integromat, etc.). These platforms help end-users create a set of workflows that integrate various devices. On the other hand, the proliferation of sensors mounted on vehicles nowadays produced huge data from cars, yet not fully utilized. Recently vehicles' industry incorporated more technologies to increase connectivity, thus increasing the level of comfort and luxury, This paper explores and presents the Digital Gate system and its advantages. Digital Gate system aims to connect the vehicle's network (including CAN, Flexray, Ethernet, etc.) to cloud computation platforms as well as to the automation platforms and vice versa. Moreover, Digital Gate system provides the capability of creating proof of concepts (POCs) and prototypes for automotive developers. Also, it facilitates and accelerate the development cycle.
数字门:通往自动化平台的汽车网关
技术每天都在我们周围的不同领域积极发展。此外,物联网正在涉足不同领域,借助触发式平台(如Zapier、IFTTT、integrmat等)为人们的日常生活提供便利。这些平台帮助最终用户创建一组集成各种设备的工作流。另一方面,如今汽车上安装的传感器大量增加,产生了大量的汽车数据,但没有得到充分利用。近年来,汽车行业采用了更多的技术来增加连接,从而提高了舒适和豪华的水平,本文探讨并介绍了数字门系统及其优势。数字门系统旨在将车辆网络(包括CAN、Flexray、以太网等)与云计算平台以及自动化平台连接起来,反之亦然。此外,数字门系统为汽车开发人员提供了创建概念验证(POCs)和原型的能力。同时,它简化并加快了开发周期。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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