Submission is open till .Submissions are open until: TBD
The ONAP TSC will review the demo submissions and select up to three of their favorites to receive an award. No specific guidelines on technical merit vs. ease of understanding, etc. are provided.
Teams or individuals wishing to submit their demo(s) for consideration must add their entry to the table below
| Demo Name | Demo Details | Demo Materials | ||
|---|---|---|---|---|
EXAMPLE - DO NOT REMOVE or edit this row Name of Demo | Description : A 1-paragraph description of the demo Demo Team : list anyone that worked on the demo using wiki "@" tags - (Individuals must have received direct attribution as a contributor on the demo's cover slide) - Solo submissions are OK Projects : which ONAP projects are highlighted e.g.: DCAE, Policy, OOF Demo Date : use // macro Logistics : Location of demo, lab resources utilized, etc. as appropriate | Slides : attach a PDF version slides, or a link to a PDF version of the slidesc Recording : attach a the recording of the demo, or a link to the recording - MUST CONTAIN THE DEMO NAME | E2E Network Slicing use case Demo using ONAP | Description : This demo was done to showcase E2E Network Slicing use case with ONAP internal RAN and TN NSSMFs and external CORE NSSMF developed in H-Release. Key features : The demo covered 3 critical scenarios:
Highlights : Wiki Page: link to the ONAP WIKI page for the demo or project if relevant |
| A&AI UI Upgrades | Description : The A&AI community delivered extensive updates to the A&AI UI in the Honolulu release. The ability to browse network elements, topology, and form complicated queries with many built in features was implemented. This demo is to showcase the new functionalities delivered as part of the Honolulu release. Demo Team : William Reehil Venkata Harish Kajur Projects : A&AI Demo Date : Logistics : Localhost demo (running from gerrit checked out repo on stubs) | |||
Native CNF Orchestratino with Day2 Support (vFW CNF Use Case - Honolulu) | Description: During this session, we presented a semi-live demonstration of the latest capabilities for CNF Orchestration, introduced in Guilin (CNF Adapter and Helm type) and developed in Honolulu (CNF Day2 support). The demonstration has shown the CNF/Helm onboarding and deployment process of vFW CNF Use Case which since the Honolulu release is enriched with config-assign/deploy workflow that performs the CNF configuration process. Moreover, the demonstration has shown how to track and validate the deployment status of CNF, and how to fetch information about the status of all resources deployed on the k8s cluster. vFW CNF Use Caseplays an important role in ONAP as is demonstrated all the developed features for Native CNF orchestration path and in the same time, it is fully automated giving the ONAP users, interested in CNF deployments, very good ground and base for modifications of automation onboarding scripts for their own use cases.Slides: Native CNF Orchestration with Day2 support.pdf Recording: Native CNF Orchestration with Day2 support.mp4 Wiki Page: vFW CNF Use Case Description | CLAMP Policy UI and Controlloop Participant Full Pipeline PMSH Deployment Demo - Honolulu | Description: The demo shows the work done in Honolulu to unify the Policy Framework and CLAMP projects. It gives a comprehensive demonstration of the Policy Instance UI and the Policy Tosca Model Management UI. The demo shows how the Policy Instance Management UI allows users to create and manage the life cycles of policies in the Policy Framework. It shows how the UI also supports the deployment (activation) of policies onto PDP groups for use on PDPs in the Policy Framework. It demonstrates policies can be created from Policy Types, their properties being set and amended. It shows the policies being stored and deployed to PDP groups. The demo goes on to show the Policy TOSCA Model Management UI, demonstrating how the UI is used to manage the lifecycle of TOSCA models in the Policy Framework that policies use to set the data types of properties and other entities. The demo goes on to describe the work done in the TOSCA defined Control Loop POC in Honolulu. It illustrates the flow of the control loop participant architecture and how it will create and manage services. Specifically, this demo shows the use of the control loop runtime's commissioning and instantiation API to trigger the deployment of the PMSH policy through the policy participant and the instantiation of the PMSH service through the DCAE participant. The DCAE participant uses the existing CLAMP backend to send requests and relay responses to the other participants and the runtime. There are several references to the states of the control loop and the control loop elements in this demo. Detail on the specifics of these states can be found here: The ONAP Policy Framework. This demonstration is not to be considered a reflection of the final implemented flow but merely as an indication of the currently implemented progress. The flow of the demo is shown in the image below. Highlights: The agenda of the demo is following
Demo Team: Sébastien Determe Gervais-Martial Ngueko Saul Gill Liam Fallon Sirisha Manchikanti Robertas Rimkus Bruno Militzer Francesco Fiora Demo Date: Logistics: The demo was presented to the DCAE team including as part of the work completed by the team towards the Honolulu release of Control Loop. | relevant standard bodies such as 3GPP, IETF, TMF and O-RAN.Demo Team : LIN MENG , Swaminathan Seetharaman Saravanan Ayyadurai ,Ahila P Henry Yu , Milind Jalwadi , Borislav Glozman , Chuyi Guo krishna moorthy , Reshmasree c ,Deepika S ,LUKAI , Niranjana Y , Sanchita Pathak , Aleem Raja , Zhang Min, Sandeep Shah Hanif Kukkalli , Hariharan Ramanathan , Sumithra S, Keguang He , Hesam Rahimi , user-14b30 Projects : SO, OOF, SDN-C, DCAE, SDC, Policy, UUI and AAI, Simulators Demo Date : Logistics : The demo was given using the lab resources at WinLab, Rutgers University |
| Realization of an Intrusion Detection use-case in ONAP with Acumos | Description: The goal of this demonstration was to show a successful deployment of an ML model as a DCAE service component(microservice) by taking advantage of the Acumos-ONAP federation. This implies that the ML model as a DCAE service component can access the DMaaP message router's APIs and successfully subscribe and publish to respective Kafka topics for reading test samples and publishing prediction output respectively. Based on this demonstration, the workshop paper - "Realization of an Intrusion Detection use-case in ONAP with Acumos" was presented at the 30th International Conference on Computer Communications and Networks (ICCCN 2021). Highlights: The key features of this demo can be summarized as:
Demo Team: Shabnam Sultana Vijay Venkatesh Kumar philippe.dooze@orange.com Projects: Acumos, DCAE, DMaaP Demo Date: Logistics: This demo was accomplished using the Open SDN and NFV Lab(OSNL) at highstreet Technologies GmbH, Berlin. | Slides: Realization of an Intrusion Detection use-case in ONAP with Acumos.pdf Recording: Realization of an Intrusion Detection use-case in ONAP with Acumos.mp4 Wiki Page: Realization of an Intrusion Detection use-case in ONAP with Acumos | ||