This page describes the Intent Based Network.
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| Key REQ Jira |
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Business Driver
This section describes Business Drivers needs.
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| PROJECT | PTL | User Story / Epic | Requirement |
| A&AI | |||
| AAF | |||
| APPC | |||
| CLAMP | |||
| CC-SDK | |||
| DCAE | |||
| DMaaP | |||
| External API | |||
| MODELING | |||
Multi-VIM / Cloud | |||
| OOF | |||
| POLICY | |||
| PORTAL | |||
| SDN-C | |||
| SDC | |||
| SO | |||
| VID | |||
| VNFRQTS | |||
| VNF-SDK | |||
| CDS |
List of PTLs:Approved Projects
*Each Requirement should be tracked by its own User Story in JIRA
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Use Case Title | Intent-based Network |
Actors (and System Components) | The list of Actors and System Components that participate in the Use Case |
Description | Short overview of the Use Case The Intent-based Network (IBN) is applied to the configuration and optimization of network functions based on the Intents. The current version of IBN is applied to the opening and closed-loop operation of network slices in the 5G use case. |
Points of Contact | Authors and maintainers of the Use Case. Use Case Lead, Key Use Case members and code contributors. Use Case Lead: Huang ZongHe huangzongh@chinatelecom.cn |
Preconditions | A list of conditions that are assumed to be true before the Use Case is invoked Includes description of Information Consumed |
Triggers / Begins when | Describes the trigger for beginning the Use Case |
Steps / Flows (success) | Describes the sequence of steps and interactions that occur during the Use Case (may include: description, data exchanges, functionality, state changes) Interaction diagrams may be included or referenced |
Post-conditions | The expected results of the execution of the Use Case Includes description of Information Produced |
Alternate / Exception Paths | Description of any exceptions or special process that could occur during Use Case |
Related Use Cases | List of the Use Cases referenced by this Use Case |
Assumptions | Describes any assumptions that are made for this use case |
Tools / References / Artifacts | List of any tools or reference material associated with this Use Case as well as any JIRA trace-ability. List of any associated diagrams or modelling artifacts associated with the Use Case |
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| 1 | There should be a test case for each item in the sequence diagram | NOT YET TESTED |
| 2 | create additional requirements as needed for each discreet step | COMPLETE |
| 3 | Test cases should cover entire Use Case | PARTIALLY COMPLETE |
| 4 | Test Cases should include enough detail for testing team to implement the test | FAILED |
Guilin Intent-Based Network PoC：An Vertical Industry Use Case
Background
More and more vertical industries benefit from 5G network in different ways. For example, the warehouse management industry can deploy 5G network and AGVs to achieve fully automatic management and transportation of goods which will greatly improve efficiency and reduce cost.
The output volume of the warehouse management industry varies at different times. It may have a sharp rise in some time (e.g. Online Shopping Festival). At the normal time, warehouse management industry can deactivate some AGVs and scale down the 5G network to save energy. When need to increase output volume, they can activate AGVs and scale up the 5G network dynamically.
Base on the fact that most vertical industries lack experience and ability to manage the 5G network, it requires an automated and smart solution that can help the vertical industry to manage 5G network according to their business needs.
In R7, Intent technology was proposed as a proof-of-concept (REQ-329: https://jira.onap.org/browse/REQ-329).
In this PoC demo, we will present how ONAP with intent technology supports the warehouse management industry to manage their 5G network according to their business intent.
Scenario Description
E-commerce and smart logistics company A has multiple warehouses in a city and its Warehouse-F is responsible for smart warehouses. Two base stations (BS 1&2 ) are deployed to support the connections of AGVs to 5G Network for Warehouse-F. Each base station was pre-configured with three cells. In BS1 (PNF1), two cells are active and one cell is inactive. In BS2 (PNF2), one cell is active and two cells are inactive. Assuming that each cell can support the connections of 100 AGVs.
PoC Demo
Business Intent Input & Translation
1.Intent Interface: The vertical industry manager use this interface to input business intent.
2.Decide the number of AGVs to achieve that output volume.
3.Translate into network intent: Provide 400 UE connections in Warehouse-F.
Network Intent Load & Translation
4.Send Network Intent (Intent-CSP) into ONAP Intent Framework (IBN).
5a. ONAP IBN use RESTful API to query A&AI for PNF and Cell info:
5.b ONAP IBN use RESTful request to query the corresponding Cell state and type info
6. Based on the queried info:
- 2 PNFs (PNF1 & PNF2) deployed in the area WareHouse-F;
- 3 Cells are created in each PNF (BS);
- In PNF1, Cell1 and Cell2 are active. In PNF2, Cell4 is active. The rest cells are inactive;
- The type of Cell is “5gdu” and can support 100 UEs (AGV).
Translate the Network Intent: To support 400 UEs, ONAP need one more active Cell.
Invoke the corresponding ONAP operation
7. ONAP IBN sends a RESTful request to CCSDK/CDS to invoke config-modify operation to activate the cell(s).
Intent Implementation Complete
8. CCSDK/CDS uses RESTful executor to generate the 3GPP RESTful modify request and send it to EMS/RAN (Leveraging the NRM CM Req in Frankfurt release).
9. Synchronize the Cell state in CMDB.
- Intent interface (green): warehouse manager invokes the interface to input business intent
- Intent Framework (green): Outside the ONAP, used to translate the business intent into network intent
- Vertical Industry Business System (grey): developed by the vertical industry itself. Provide business models
- Intent Framework (Orange): Inside the ONAP, used to translate the network intent into the corresponding operations
- CMDB (Orange): Outside the ONAP, used to save the configuration management info.