6G BRAINS Topology-aware Industry-grade Network Slice Management and Orchestration

João Fonseca, Mohamed Khadmaoui-Bichouna, Bruno Mendes, Paulo Duarte, Marco Araújo, Daniel Corujo, Ignacio Sanchez-Navarro, Antonio Matencio-Escolar, Pablo Salva-Garcia, J. Alcaraz-Calero, Q. Wang
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Abstract

This paper describes the integration between the Open Network Automation Platform (ONAP) and UWS Slice Manager within the European project 6G Brains. The proposed solution allows for End-To-End(E2E) Network Slicing, enabling fine-grain and optimal traffic engineering of the Network components. This work's findings ensure an E2E connection. The solution allows external services to create slices and attach them easily. The UWS Network Slice Manager allows for detailed monitoring of the network slice's inner components. With this information, ONAP can improve the network by creating and optimising slices on demand. The validation of the integration presents the workflow to create and attach slices. These operations enable autonomous workflows for deploying E2E Services that ensure the QoS/QoE in the network.
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支持6G BRAINS拓扑感知的工业级网络切片管理和编排
本文描述了欧洲6G Brains项目中开放网络自动化平台(ONAP)和UWS切片管理器之间的集成。提出的解决方案允许端到端(E2E)网络切片,实现网络组件的细粒度和最优流量工程。这项工作的发现确保了端到端连接。该解决方案允许外部服务轻松地创建切片并附加它们。UWS网络切片管理器允许详细监视网络切片的内部组件。有了这些信息,ONAP可以根据需要创建和优化片,从而改进网络。集成的验证显示了创建和附加切片的工作流。这些操作为部署端到端业务提供了自主工作流,保证了网络中的QoS/QoE。
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