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基于大数据驱动的车云一体化智能调度研究

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互联网技术的快速发展,促进车机应用的云端迁移,借助云端无限扩展能力以提供更强大的算力和丰富的功能以及娱乐资源.在G-Cloud云空间项目中,通过对每个车机用户提供对应云端实例方式来获取丰富的云端生态服务,但遇到的挑战是提升用户满意度与节省成本存在冲突.一方面,希望尽可能地多提供在线云端实例资源以供用户随开随用,无须等待;另一方面,实例的开启对应着成本的支出,不可能无限提供云端资源,需要关闭非在用资源,以备有需求用户使用,同时减少资源浪费.较好的解决方案是基于用户的使用需求,结合系统实时资源,使用大数据驱动技术,智能触发实例的预加载以及释放操作.
Research on Intelligent Scheduling of Vehicle Cloud Integration Driven by Big Data
The rapid development of Internet technology promotes the cloud migration of car machine applications,and provides more powerful computing power,rich functions and entertainment resources by virtue of the unlimited expansion capability of the cloud.In the G-Cloud cloud space project,rich cloud ecosystem services are obtained by providing corresponding cloud instances for each car user,but the challenge encountered is the conflict between improving user satisfaction and saving costs.On the one hand,we hope to provide as many online cloud instance resources as possible for users to use anytime without waiting;On the other hand,the activation of instances corresponds to the expenditure of costs,and it is impossible to provide unlimited cloud resources.Non active resources need to be closed for users in need,while reducing resource waste.A better solution is based on user needs,combined with real-time system resources,using big data-driven technology to intelligently trigger instance preloading and release operations.

big data learningvehicle cloud integrationintelligent scheduling

余超、王东海、薛峰、曹明

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吉利汽车研究院(宁波)有限公司(中央研究院),浙江 宁波 315000

大数据学习 车云一体化 智能调度

2024

数字通信世界
电子工业出版社

数字通信世界

影响因子:0.162
ISSN:1672-7274
年,卷(期):2024.(12)