A Data-based Approach to Predict the Response Time of Cloud-based Vehicle Functions

F. Milani, M. Foell, C. Beidl
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引用次数: 2

Abstract

Future vehicular applications require sufficient computing and storage resources. Actual on-board resources are limited and inadequate to deal with steadily increasing requirements. In order to overcome the computational limitation in vehicles, computing intensive functions can be offloaded to a cloud. The so-called cloud-based vehicle functions run in the cloud and utilize cloud capability instead of vehicle's on-board resources. The suitability of the vehicle functions for outsourcing to the cloud should be ensured in an early stage of development. Otherwise, shifting improper functions can lead to serious consequences for the vehicle control system. By the suitability analysis several criteria like functional safety, data dependency and response time should be considered. In this paper, we focus on the criterion response time and present a framework to predict the response time along a sample route.
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基于数据的车辆云功能响应时间预测方法
未来的车载应用需要足够的计算和存储资源。实际的机载资源有限,不足以应付不断增加的需求。为了克服车辆的计算限制,计算密集型功能可以卸载到云端。所谓的基于云的车辆功能在云中运行,利用云能力而不是车辆的车载资源。应在开发的早期阶段确保车辆功能外包给云的适用性。否则,换挡不当的功能会给车辆控制系统带来严重后果。通过适用性分析,应该考虑功能安全性、数据依赖性和响应时间等几个标准。在本文中,我们着重于标准响应时间,并提出了一个框架来预测沿样本路线的响应时间。
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