Procedure-driven deployment support for the microservice era

Amit Sheoran, S. Fahmy, P. Sharma, Navin Modi
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引用次数: 1

Abstract

In this work, we examine the challenges that service providers encounter in managing complex service function graphs, while controlling service delivery latency. Based on the lessons we learn, we outline the design of a new system, Invenio, that empowers providers to effectively place microservices without prior knowledge of service functionality. Invenio correlates user actions with the messages they trigger seen in network traces, and computes procedural affinity for communication among microservices for each user action. The procedural affinity values can then be used to make placement decisions to meet latency constraints of individual user actions. Preliminary experiments with the Clearwater IP Multimedia Subsystem demonstrate that even a single high-latency link can result in significant performance degradation, and placement with Invenio can increase user quality of experience.
微服务时代的过程驱动部署支持
在这项工作中,我们研究了服务提供者在控制服务交付延迟的同时管理复杂服务功能图时遇到的挑战。基于我们所学到的经验教训,我们概述了一个新系统Invenio的设计,它使提供商能够有效地放置微服务,而无需事先了解服务的功能。Invenio将用户操作与它们在网络跟踪中触发的消息关联起来,并为每个用户操作计算微服务之间通信的过程亲和性。然后可以使用过程关联值来做出放置决策,以满足单个用户操作的延迟约束。Clearwater IP多媒体子系统的初步实验表明,即使是单个高延迟链路也会导致显着的性能下降,并且与Invenio一起放置可以提高用户体验质量。
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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