简介：
Overview
This protocol facilitates the integration of remote sites into a multi-site NFV ecosystem through a VPN-based overlay network. It supports collaborative experimentation activities and has been successfully implemented in various research projects.
Key Study Components
Area of Science
- Network Function Virtualization (NFV)
- 5G Experimentation
- Collaborative Research Infrastructure
Background
- The protocol allows for the incorporation of vertical infrastructures across different locations.
- It enhances the legal resource portfolio within an NFV ecosystem.
- Previous implementations have occurred in Spain, Europe, and Brazil.
- It supports multiple experimentation activities involving aerial vehicles.
Purpose of Study
- To establish a secure connection between remote sites and a central NFV ecosystem.
- To validate the effectiveness of the integration through practical trials.
- To facilitate the deployment of vertical services using NFV-capable infrastructures.
Methods Used
- Creation of VPN credentials for secure site integration.
- Configuration of OpenStack projects for resource management.
- Onboarding of VNF descriptors and network service descriptors.
- Deployment of smart-farming network services and data transmission.
Main Results
- Successful integration of external NFV infrastructures into the central ecosystem.
- Real-time data collection and visualization from smart-farming applications.
- Validation of network service deployment through command line interfaces.
- Demonstration of effective communication between IoT devices and services.
Conclusions
- The protocol effectively supports multi-site NFV integration.
- It enhances collaborative research capabilities across geographical boundaries.
- Future trials are anticipated to further validate and expand its applications.
What is the main objective of the protocol?
The protocol aims to integrate remote sites into a multi-site NFV ecosystem securely.
How does the protocol support experimentation?
It facilitates collaborative activities and enhances the legal resource portfolio.
Where has the protocol been implemented?
It has been successfully implemented in Spain, Europe, and Brazil.
What are the key components of the integration process?
Key components include VPN credential creation, OpenStack project setup, and VNF onboarding.
What results were achieved from the protocol?
Successful integration and real-time data visualization from smart-farming applications were achieved.
What future applications are anticipated?
Future trials are expected to validate and expand the protocol's applications further.
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