高度可用和一致的群体协作在边缘与群体

Ilyas Toumlilt, P. Sutra, M. Shapiro
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引用次数: 4

摘要

边缘应用程序,如游戏、合作工程或现场信息共享,通过在边缘分发和复制数据,享有即时响应、自主性和可用性。然而,应用程序开发人员和用户需要尽可能高的一致性保证,以及对组协作的特定支持。为了应对这一挑战,Colony在全球范围内保证事务因果加一致性(TCC+),并在边缘组内加强为快照隔离。为了帮助实现可伸缩性、容错性和安全性,它的逻辑通信拓扑是类似森林的,在核心云中具有复制的根,但具有迁移节点或组的灵活性。尽管采用了这种混合方法,但应用程序在拓扑中的任何地方都享有相同的语义。我们的实验表明,本地缓存和对等组显著提高了吞吐量和响应时间,在脱机模式下性能不受影响,并且迁移是无缝的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Highly-available and consistent group collaboration at the edge with colony
Edge applications, such as gaming, cooperative engineering, or in-the-field information sharing, enjoy immediate response, autonomy and availability by distributing and replicating data at the edge. However, application developers and users demand the highest possible consistency guarantees, and specific support for group collaboration. To address this challenge, Colony guarantees Transactional Causal Plus Consistency (TCC+) globally, strengthened to Snapshot Isolation within edge groups. To help with scalability, fault tolerance and security, its logical communication topology is forest-like, with replicated roots in the core cloud, but with the flexibility to migrate a node or a group. Despite this hybrid approach, applications enjoy the same semantics everywhere in the topology. Our experiments show that local caching and peer groups improve throughput and response time significantly, performance is not affected in offline mode, and that migration is seamless.
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