Unified metamodel for orchestrating different domains in SDI

M. Fukushima, Keisuke Kuroki, M. Hayashi
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Abstract

Automation of business processes/operational workflows is an urgent issue for network service providers of today and Software-Defined Infrastructure (SDI) has emerged as a key enabler for software-based automated operation of various infrastructure domains. The “model-driven” nature of SDI sheds light on the significance of a solid metamodel, which provides a basic abstraction commonly observed in various application/infrastructure domains. We posit that, however, lacking such a simple unified metamodel for SDI today is the barrier preventing broad adoption of the SDI by network service providers. In this paper, we propose a metamodel for SDI management and orchestration. Our framework is extremely simple but sufficiently expressive to be able describe various application/infrastructure domains in SDI. It also provides loose coupling between these domains, allowing each domain to have a domain-specific view while maintaining a unified global view in the orchestrator. These properties make our proposal a promising candidate used in conjunction with the existing modeling languages toward the development of the unified SDI metamodel.
统一元模型,用于编排SDI中的不同域
业务流程/操作工作流的自动化是当今网络服务提供商迫切需要解决的问题,而软件定义基础设施(SDI)已经成为各种基础设施领域基于软件的自动化操作的关键推动者。SDI的“模型驱动”性质阐明了实体元模型的重要性,它提供了在各种应用程序/基础结构领域中常见的基本抽象。然而,我们认为,目前缺乏这样一个简单统一的SDI元模型是网络服务提供商广泛采用SDI的障碍。在本文中,我们提出了一个用于SDI管理和编排的元模型。我们的框架非常简单,但足够表达,能够在SDI中描述各种应用程序/基础设施领域。它还提供了这些域之间的松散耦合,允许每个域拥有特定于域的视图,同时在编排器中维护统一的全局视图。这些属性使我们的建议成为与现有建模语言结合使用以开发统一的SDI元模型的有希望的候选者。
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