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A migration-enhanced edge computing support for mobile devices in hostile environments

机译：在敌对环境中对移动设备的迁移增强的边缘计算支持

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First research activities are starting to recognize the suitability of edge computing approaches in several Internet-of-Things (IoT) and Cyber-Physical Systems (CPS) application domains, for instance, to better address scalability issues and to improve reactivity via local control decisions and actuation. The paper originally proposes the design and implementation of an extended edge computing platform, specifically designed for the support of mobile services when provisioned in so-called hostile environments. In particular, our original platform is capable of proactive migration of virtualized functions in response to provision-time device mobility. The paper provides a practical contribution in terms of design and implementation of proactive migration as an extension of the Elijah platform, available for the community of researchers/practitioners in the field. In addition, the paper contributes with lessons learnt from deployment and experimentation, including experimental results about the performance achievable when adopting simple but effective strategies for proactive migration.
机译：最初的研究活动开始认识到边缘计算方法在多个物联网（IoT）和网络物理系统（CPS）应用程序域中的适用性，例如，以更好地解决可伸缩性问题并通过本地控制决策来提高响应性和驱动。本文最初提出了扩展边缘计算平台的设计和实现，该平台专门设计用于在所谓的敌对环境中提供移动服务时的支持。特别是，我们的原始平台能够根据预配置设备的移动性主动迁移虚拟化功能。本文为以利亚平台的扩展提供了主动迁移的设计和实施方面的实际贡献，该平台可供该领域的研究人员/从业人员使用。此外，本文还提供了从部署和实验中学到的经验教训，包括有关在采用简单但有效的主动迁移策略时可获得的性能的实验结果。

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