.. This work is licensed under a Creative Commons Attribution 4.0 International License.
.. SPDX-License-Identifier: CC-BY-4.0
+.. Copyright (C) 2020 Nordix
-
-..please write your project overview
-..please delete this content after editing
-
-
-Non-RT RIC Overview
-===================
+Requirements for the Non-RT RIC project
+=======================================
Find detailed description of what Non-RT RIC is on this `page`_.
.. _page: https://wiki.o-ran-sc.org/display/RICNR/
-A-release architecture
-----------------------
-
-The architecture is as shown on the following picture:
-
-.. image:: ./images/architecture.png
- :scale: 50 %
-
-The A1 controller is located in SDNC, an ONAP component. It communicates with ORAN via the A1 interface with the Near-RT RIC simulator.
-
-On the other end, it is accessible via a dashboard, that allows to interact with policies. The dashboard itself is split into the backend and the frontend, and can be deployed following the instructions on the `human interfaces page`_.
-
-.. _human interfaces page: ./human-interfaces.html
-
-Requirements for the Non-RT RIC project
----------------------------------------
-
There are functional requirements emitted by O-RAN WG2 for the Non-RT RIC, which are the following:
-1. Non-RT RIC shall support data retrieval and analysis; the data may include performance, configuration or other data related to the application (recommended data shown in required data section for different use cases).
-2. Non-RT RIC shall support relevant AI/ML model training based on the data in 1. for non-real-time optimization of configuration parameters in RAN or Near-RT RIC, as applicable for the use case.
-3. Non-RT RIC shall support relevant AI/ML model training based on the data in 1. for generating/optimizing policies and intents to guide the behavior of applications in Near-RT RIC or RAN, as applicable for the use case.
-4. Non-RT RIC shall support training of relevant AI/ML models based on the data in 1. to be deployed/updated in Near-RT RIC as required by the applications.
-5. Non-RT RIC shall support performance monitoring and evaluation.
-6. Non-RT RIC shall support a fallback mechanism to prevent drastic degradation/fluctuation of performance, e.g. to restore to the previous policy or configuration.
+#. Non-RT RIC shall support data retrieval and analysis; the data may include performance, configuration or other data related to the application (recommended data shown in required data section for different use cases).
+#. Non-RT RIC shall support relevant AI/ML model training based on the data in 1. for non-real-time optimization of configuration parameters in RAN or Near-RT RIC, as applicable for the use case.
+#. Non-RT RIC shall support relevant AI/ML model training based on the data in 1. for generating/optimizing policies and intents to guide the behavior of applications in Near-RT RIC or RAN, as applicable for the use case.
+#. Non-RT RIC shall support training of relevant AI/ML models based on the data in 1. to be deployed/updated in Near-RT RIC as required by the applications.
+#. Non-RT RIC shall support performance monitoring and evaluation.
+#. Non-RT RIC shall support a fallback mechanism to prevent drastic degradation/fluctuation of performance, e.g. to restore to the previous policy or configuration.
The non-functional requirements are the following ones:
-1. Non-RT RIC shall not update the same policy or configuration parameter for a given near-RT RIC or RAN function more often than once per second.
-2. Non-RT RIC shall be able to update policies in several near-RT RICs.
+#. Non-RT RIC shall not update the same policy or configuration parameter for a given Near-RT RIC or RAN function more often than once per second.
+#. Non-RT RIC shall be able to update policies in several Near-RT RICs.
Moreover, there are functional requirements regarding the A1 interface:
-1. A1 interface shall support communication of policies/intents from Non-RT RIC to Near-RT RIC.
-2. A1 interface shall support AI/ML model deployment and update from Non-RT RIC to Near-RT RIC.
-3. A1 interface shall support communication of enrichment information from Non-RT RIC to Near-RT RIC.
-4. A1 interface shall support feedback from Near-RT RIC for monitoring AI/ML model performance.
-5. A1 interface shall support the policy/intents feedback from Near-RT RIC to Non-RT RIC.
-
-.. _a1_policy_procedure:
-
-A1 policy procedure
--------------------
-
-As for A-release, the methods are as follows:
-
-+---------------------+--------------------------+--------------------------+
-| A1 policy procedure | Single policy method | Multiple policies method |
-+---------------------+--------------------------+--------------------------+
-| Create policy | PUT | |
-+---------------------+--------------------------+--------------------------+
-| Query policy | GET | GET (sequence of \*) |
-+---------------------+--------------------------+--------------------------+
-| Update policy | PUT | |
-+---------------------+--------------------------+--------------------------+
-| Delete policy | DELETE | |
-+---------------------+--------------------------+--------------------------+
-| Notify policy | POST | POST |
-+---------------------+--------------------------+--------------------------+
+#. A1 interface shall support communication of policies/intents from Non-RT RIC to Near-RT RIC.
+#. A1 interface shall support AI/ML model deployment and update from Non-RT RIC to Near-RT RIC.
+#. A1 interface shall support communication of enrichment information from Non-RT RIC to Near-RT RIC.
+#. A1 interface shall support feedback from Near-RT RIC for monitoring AI/ML model performance.
+#. A1 interface shall support the policy/intents feedback from Near-RT RIC to Non-RT RIC.
Code Review / nonrtric.git / blobdiff