E2sm Rc Tab

The E2SM-RC (E2 Service Model - RAN Control) defines functionalities through E2 Control procedures within xApps.

The interface that is designed for communication between DU/CU and Near-Real Time RIC is called E2. The protocol for the communication over E2 interface is called E2AP.

The E2SM-RC tab is available in RIC Node and RIC Nodal Test Cases.

Spec Reference :

O-RAN.WG3.RICARCH-v03.00
O-RAN.WG3.E2AP-v02.03
O-RAN.WG3.E2GAP-v02.02
O-RAN.WG3.UCR-v02.00
O-RAN.WG3.E2SM-v02.01
O-RAN.WG3.E2SM-RC-v01.03
O-RAN.WG3.E2SM-KPM-v02.03

E2SM RC Characteristics:

E2SM RC can control radio bearer, to modify parameters for the bearers of all or a specific UE. e.g. QoS parameters, bearer admission control, split bearer and PDCP duplication
It can control radio resource allocation of a CU/DU, a cell, a slice or a UE to modify DRX, SPS, for PRBs for a slice
It can control the connected mode mobility, to initiate a mobility procedure for UEs in RRC connected state, i.e., a handover to a specific cell, or a conditional handover to a set of cells
It can control radio admission with parameters like random access backoff, cell baring
With Dual Connectivity, E2SM RC can configure and trigger the handover of a UE to selected target secondary cells, secondary cell updates, or DC release
It can control Carrier Aggregation, to initiate CA and modify the CCs for a specific UE;
In idle mobility control, It can modify functions for mobility procedures of UEs in a RRC idle state, including cell re-selection priorities and idle timers.

E2SM RAN Control Procedure :

E2SM RC also provides capabilities for UE identification and UE information reporting. The control actions and policies that E2SM specifies relate to specific parameters standardized by the 3GPP, i.e., the control action will usually carry the value for a 3GPP IEs defined in the E2SM specifications. For example, the handover control IE includes a target cell ID for the handover encoded as a 3GPP Target Cell Global ID IE or A3 offset IE etc.

To effectively implement control actions and/or enforce policies, the E2SM leverages a combination of the E2 services like E2 Report, E2 Insert, E2 Control and E2 Policy .

xApp subscribes to the E2 node, which needs to expose a specific RAN function called RAN control with RIC Subscription Procedure. Here, xApp can specify a triggering event or a timer.
When the timer expires or the condition defined in the trigger is True, the E2 node sends an E2 Insert message as RIC Indication to the RIC. E.g, this may happen when a metric that the gNB monitors exceeds a certain threshold, like the RSRP for a neighboring cell becomes better with an offset than the current cell and decide to Target Cell for Handover
The Insert RIC Indication Event can have following outcomes.
- The near-RT RIC can reply with an E2 control message that either denies the control request or accepts and replies with a control action e.g. a target cell ID selected by the xApp.
- if E2 node timer expires before the reception of a message from the RIC, the procedure may continue autonomously, or it may be halted, according to the specific procedure and configuration of the E2 node.

The control action sent by the xApp can also be asynchronous, i.e., it does not depend on the reception of an insert message from the E2 node. Additionally, the E2SM can also be used to specify policies, i.e. to change pre-defined behaviors in the E2 nodes.

RIC Nodal

Emulated Event Trigger Interval (ms)
NR Cell Configuration Test Data File
UE Context Test Data File
gNB-CU CP Measurements Test Data File
gNB-CU UP Measurements Test Data File
gNB-DU Measurements Test Data File
NR Cell Measurements Test Data File
UE Measurements Test Data File

RIC Node

Subscription Details - Message Event

Number of Subscription Details
- Subscription

RIC Node

Subscription Details - Call Process Breakpoint

Number of Subscription Details
- Subscription

RIC Node

Subscription Details - E2 Node Information Change

Number of Subscription Details

Subscription
- Event Trigger Style
- E2 Node Information Change
  - Number of E2 Node Change

RIC Node

Subscription Details - UE Information Change

Number of Subscription Details
- Subscription

RIC Node

Control Details

Number of Control Details
- Control

Control Details

UE ID Type

Related Measurements

Measurements collected for E2SM related processing are reported on the E2SM Measurements tab.

RIC Nodal Parameters :

Emulated Event Trigger Interval (ms)

Enter the Emulated Event Trigger Interval in milliseconds.

Available in RIC Nodal test case.

Range : 1 to 4294967295

Default : 10

Tcl Parameters: E2smRcEvtTriggerInt

NR Cell Configuration Test Data File

Select to add a Test Data File (TDF) for NR Cell Configuration. Each row in the file is a cell.

Available in RIC Nodal test case. Click to see the definitions for the parameters in this test file.

NR Cell Configuration Test Data file definition.

See Test Data Files for further explanation and sample files. If a sample is not found for the specific TDF, you can obtain a sample file from your Technical Support representative. You may also use the following options to select an existing TDF or create/edit TDF-CSV files (TDF-CSV Editor).

For most TDF Parameters used for Applying Parameters, each row in the file is the overridden value for a different “Session”, aka a different UE. But some TDFs are done in other dimensions, like Bearers, eNodeBs, Subscribers (2 per UE sometimes) or even Hosts, etc. Tooltips on the TDF Parameter:

Note that the “ID” is a unique ID. Please Provide the ID when reporting issues with a TDF. For TDFs that do not apply / override Parameters, but instead are just their own configuration or data or media files you won’t see TDF ID row details.

TIP: When including large files, please be aware of memory limitations, since the TDF Editor shares memory with the Client.

NOTE: The available TDF options vary. on the L3-7 | IPSec tab > IKE with RSA Settings you may only select the Certificate TDF from TAS (these are non-CSV TDFs).

In addition, where applicable, any rules for defining TDFs are included in specific Test Cases. (For example, In MME Node test case, see MME Node - Provisioning TDF.)

From the DMF Window, press Shift+Alt+A to display the Save DMF as Tcl window. Click the Save to File button to save as Tcl file. See additional details on Using the Tcl API.

Select/Create a new TDF-CSV

Allows you to create a new TDF by entering a file name that doesn’t already exist or select an existing file by entering a file name that already exists.

Click to open the Select Existing or Create window.

Navigate to the relevant library/folder,
Enter the name of the file:
If the file name already exists, the file is selected and applied in the test case.
If the file name does not exist, a message displays that says you are creating a new TDF and the embedded TDF-CSV will be launched.
- Click Yes to launch the TDF-CSV Editor and create/save the new TDF-CSV.
- Click No to select a different file

NOTE: If you do not have permission to save in the selected library, an error displays when you try to create a new file.

TIP: You may also navigate to the relevant library/folder and select file, and click OK.

Upload a New TDF to TAS

Click to import a new TDF file from your local folder and select in the test Case (instead of having to go to TDF Admin).

Navigate to the file on your local folder and select.
Then navigate to the location (library) where you want to save it on the TAS. You may rename the file, if required.

View Edit Selected TDF in TDF-CSV Editor

Available only when you have selected a TDF on TAS. Click to open the selected file in TDF-CSV Editor (in place, that is, within the Test Case).

Edit the file and save. You may also click Save As to save the edited TDF-CSV to a different library and also rename the file, if required.

NOTE: You may also select a TDF from a library to which you do not have write permissions, edit the file as required, and save (Save As) only to a different library with the same file name or a different name.

The only options available are Save As and Cancel.

Open Selected TDF in Standalone TDF-CSV Editor

Available only when you have selected a TDF on TAS. Select to retrieve the CSV file and open it in the stand alone TDF-CSV Editor.

Generate Stub TDF-CSV

TIP: Available only when a CSV specification has been defined for in the Test Case for the TDF widget ( View TDF Actions/Options Menu)

Opens an example context specific test data parametersexample context specific test data parameters, which you may save as a .CSV file or open in the TDF-CSV Editor.

Launch Standalone TDF-CSV Editor

Click to open a blank TDF-CSV Editor.

The Launch Standalone TDF-CSV editor options handles very large TDFs that may use too much Client memory if opened within the Test Case/in the embedded editor. You may set the standalone TDF-CSV Editor memory high to edit large TDFs.

Tcl Parameters: E2smRcNrCellCfgFile

UE Context Test Data File

Select to add a Test Data File (TDF) for UE Context. Each row in the file is a UE Context.

Available in RIC Nodal test case. Click to see the definitions for the parameters in this test file.

UE Context Test Data file definition.

Tcl Parameters: E2smRcUeContextCfgFile

gNB-CU CP Measurements Test Data File

Select to add a Test Data File (TDF) for gNB-CU CP Measurements. Each row in the file is a gNB-CU.

Available in RIC Nodal test case. Click to see the definitions for the parameters in this test file.

gNB CU CP Measurements Test Data file Definition.

Tcl Parameters: E2smRcGnbCuCpMeasCfgFile

gNB-CU UP Measurements Test Data File

Select to add a Test Data File (TDF) for gNB-CU UP Measurements. Each row in the file is a gNB-CU.

Available in RIC Nodal test case. Click to see the definitions for the parameters in this test file.

gNB CU UP Measurements Test Data file Definition.

Tcl Parameters: E2smRcGnbCuUpMeasCfgFile

gNB-DU Measurements Test Data File

Select to add a Test Data File (TDF) for gNB-DU Measurements. Each row in the file is a gNB-DU.

Available in RIC Nodal test case. Click to see the definitions for the parameters in this test file.

gNB DU Measurements Test Data file Definition.

Tcl Parameters: E2smRcGnbDuMeasCfgFile

NR Cell Measurements Test Data File

Select to add a Test Data File (TDF) for NR Cell Measurements. Each row in the file is a cell.

Available in RIC Nodal test case. Click to see the definitions for the parameters in this test file.

NR Cell Measurements Test Data file Definition.

TIP: When including large files, please be aware of memory limitations, since the TDF Editor shares memory with the Client.

NOTE: The available TDF options vary. on the L3-7 | IPSec tab > IKE with RSA Settings you may only select the Certificate TDF from TAS (these are non-CSV TDFs).

In addition, where applicable, any rules for defining TDFs are included in specific Test Cases. (For example, In MME Node test case, see MME Node - Provisioning TDF.)

From the DMF Window, press Shift+Alt+A to display the Save DMF as Tcl window. Click the Save to File button to save as Tcl file. See additional details on Using the Tcl API.

Select/Create a new TDF-CSV

Allows you to create a new TDF by entering a file name that doesn’t already exist or select an existing file by entering a file name that already exists.

Click to open the Select Existing or Create window.

Navigate to the relevant library/folder,
Enter the name of the file:
If the file name already exists, the file is selected and applied in the test case.
If the file name does not exist, a message displays that says you are creating a new TDF and the embedded TDF-CSV will be launched.
- Click Yes to launch the TDF-CSV Editor and create/save the new TDF-CSV.
- Click No to select a different file

NOTE: If you do not have permission to save in the selected library, an error displays when you try to create a new file.

TIP: You may also navigate to the relevant library/folder and select file, and click OK.

Upload a New TDF to TAS

Click to import a new TDF file from your local folder and select in the test Case (instead of having to go to TDF Admin).

Navigate to the file on your local folder and select.
Then navigate to the location (library) where you want to save it on the TAS. You may rename the file, if required.

View Edit Selected TDF in TDF-CSV Editor

Available only when you have selected a TDF on TAS. Click to open the selected file in TDF-CSV Editor (in place, that is, within the Test Case).

Edit the file and save. You may also click Save As to save the edited TDF-CSV to a different library and also rename the file, if required.

The only options available are Save As and Cancel.

Open Selected TDF in Standalone TDF-CSV Editor

Available only when you have selected a TDF on TAS. Select to retrieve the CSV file and open it in the stand alone TDF-CSV Editor.

Generate Stub TDF-CSV

TIP: Available only when a CSV specification has been defined for in the Test Case for the TDF widget ( View TDF Actions/Options Menu)

Opens an example context specific test data parametersexample context specific test data parameters, which you may save as a .CSV file or open in the TDF-CSV Editor.

Launch Standalone TDF-CSV Editor

Click to open a blank TDF-CSV Editor.

Tcl Parameters: E2smRcNrCellMeasCfgFile

UE Measurements Test Data File

Select to add a Test Data File (TDF) for UE Measurements. Each row in the file is a UE.

Available in RIC Nodal test case. Click to see the definitions for the parameters in this test file.

UE Measurements Test Data file Definition.

Tcl Parameters: E2smRcUeMeasCfgFile

RIC Node Parameters :

Subscription Details

Select the Number of Subscription Details.

Range : 1 to 16

Default : 1

Tcl Parameters: E2smRcNumSubs

Select the Event Trigger Style. Each Event Trigger Style has its specific Event Trigger Definition format.

Options : Message Event (default), Call Process Breakpoint,

E2 Node Information Change, UE Information Change

Tcl Parameters: E2smRcSubEvtTrigStyle_1

Message Event :

Number of Messages	Select the Number of Messages. Range : 1 to 16 Default : 1 Tcl Parameters: E2smRcSubEvtDefMsgNum_1
Message Type	Select the Message Type. Options : Network Interface (default), RRC Tcl Parameters: E2smRcSubEvtDefMsgType_1_1
Network Interface	When Message Type = Network Interface, the following parameters become available for input. Select the NI Type. Options : NG (Default), Xn, F1, E1, S1, X2, W1 Select to include the NI Identifier parameters. Tcl Parameters: E2smRcSubEvtDefMsgNiType_1_1 Tcl Parameters: E2smRcSubEvtDefMsgNiIdEn_1_1 When NG (GUAMI) is selected, enter the following parameters: PLMN Identity. Range : 6 Hex Characters, default : 000000 AMF Region ID. The AMF Region consists of one or more multiple AMF Sets. Range: 0 to 255. Default : 0 Enter the AMF Pointer: Range: 0 to 63. Default: 0 When Xn is selected, enter the following parameters: NG-RAN Node Type. Options : gNB , ng-eNB PLMN Identity. Range : 6 Hex Characters, default : 000000 When NG-RAN Node Type = gNB , enter the Length. Range : 22 to 32, default : 22 When NG-RAN Node Type = gNB , enter the gNB ID. Range : 0 to 4294967295, default : 0 When NG-RAN Node Type = ng-eNB , select the ng-eNB ID Type. Options : Macro (default), Short Macro, Long Macro When NG-RAN Node Type = ng-eNB , Enter the ng-eNB ID. Range : 0 to 1048575, default : 0 When F1 is selected, enter the following parameters: PLMN Identity. Range : 6 Hex Characters, default : 000000 Length. Range : 22 to 32, default : 22 gNB ID. Range : 0 to 4294967295, default : 0 gNB-DU ID. Range : 0 to 68719476735, default : 0 When E1 is selected, enter the following parameters: PLMN Identity. Range : 6 Hex Characters, default : 000000 Length. Range : 22 to 32, default : 22 gNB ID. Range : 0 to 4294967295, default : 0 gNB-CU-UP ID. Range : 0 to 68719476735, default : 0 When S1 is selected, enter the following parameters: PLMN Identity. Range : 6 Hex Characters, default : 000000 MME Group ID. Range : 4 Hex Characters, default : 0000 MME Code. Range : 2 Hex Characters, default : 00 When X2 is selected, enter the following parameters: Node Type. Options : eNB , en-gNB PLMN Identity. Range : 6 Hex Characters, default : 000000 When Node Type = eNB , select the eNB ID Type. Options : Macro (default), Short Macro, Long Macro When NG-RAN Node Type = eNB , Enter the eNB ID. Range : 0 to 1048575, default : 0 When NG-RAN Node Type = en-gNB , enter the Length. Range : 22 to 32, default : 22 When NG-RAN Node Type = en-gNB , enter the en-gNB ID. Range : 0 to 4294967295, default : 0 When W1 is selected, enter the following parameters: PLMN Identity. Range : 6 Hex Characters, default : 000000 ng-eNB ID Type. Options : Macro (default), Short Macro, Long Macro ng-eNB ID. Range : 0 to 1048575, default : 0 ng-eNB-DU ID. Range : 0 to 68719476735, default : 0 Select to include the NI Message ID. Enter the Message Procedure ID. Range : 0 to 4294967295, default : 0 Select the Message Type. Options : InitiatingMessage (default), SuccessfulOutcome, UnsuccessfulOutcome Tcl Parameters: E2smRcSubEvtDefMsgNiIdPlmnId_1_1 Tcl Parameters: E2smRcSubEvtDefMsgNiIdAmfRegId_1_1 Tcl Parameters: E2smRcSubEvtDefMsgNiIdAmfSetId_1_1 Tcl Parameters: E2smRcSubEvtDefMsgNiIdAmfPointer_1_1 Tcl Parameters: E2smRcSubEvtDefMsgNiIdNgRanNodeType_1_1 Tcl Parameters: E2smRcSubEvtDefMsgNiIdGnbIdLen_1_1 Tcl Parameters: E2smRcSubEvtDefMsgNiIdGnbId_1_1 Tcl Parameters: E2smRcSubEvtDefMsgNiIdGnbDuId_1_1 Tcl Parameters: E2smRcSubEvtDefMsgNiIdGnbCuUpId_1_1 Tcl Parameters: E2smRcSubEvtDefMsgNiIdNgEnbIdType_1_1 Tcl Parameters: E2smRcSubEvtDefMsgNiIdNgEnbId_1_1 Tcl Parameters: E2smRcSubEvtDefMsgNiIdNgEnbDuId_1_1 Tcl Parameters: E2smRcSubEvtDefMsgNiIdMmeGrpId_1_1 Tcl Parameters: E2smRcSubEvtDefMsgNiIdMmeCode_1_1 Tcl Parameters: E2smRcSubEvtDefMsgNiIdEnGnbIdLen_1_1 Tcl Parameters: E2smRcSubEvtDefMsgNiIdEnGnbId_1_1 Tcl Parameters: E2smRcSubEvtDefMsgNiMsgIdEn_1_1 Tcl Parameters: E2smRcSubEvtDefMsgNiMsgProcId_1_1 Tcl Parameters: E2smRcSubEvtDefMsgNiMsgType_1_1
RRC	When Message Type = RRC, the following parameters become available for input. Select the RRC Type. Options : NR (Default), LTE Select the LTE RRC Class. Options : BCCH-BCH (default), BCCH-BCH-MBMS, BCCH-DL-SCH, BCCHDL-SCH-BR, BCCH-DLSCH-MBMS, MCCH, PCCH, DL-CCCH, DLDCCH, UL-CCCH, ULDCCH, SC-MCCH Select the NR RRC Class. Options : BCCH-BCH (default), BCCH-UL-DCCH DL-SCH, DLCCCH, DL-DCCH, PCCH, UL-CCCH, UL-CCCH1, UL-DCCH When RRC Type = NR, enter the RRC Message ID. Range : 0 to 4294967295, default = 0 Tcl Parameters: E2smRcSubEvtDefMsgRrcType_1_1 Tcl Parameters: E2smRcSubEvtDefMsgRrcNrCls_1_1 Tcl Parameters: E2smRcSubEvtDefMsgRrcNrMsgId_1_1
Message Direction	Select the Message Direction. Options : Incoming, Outgoing, Default : Incoming Tcl Parameters: E2smRcSubEvtDefMsgDir_1_1
Associated UE Info	Select to include the Associated UE Info. Enter the Number of UE Infos. Range : 1 to 16 Default : 1 Select the UE Type. Options : Individual UE (default), Group UE When UE Type = Individual UE, Select RAN Parameter Testing for Individual UE. Refer to 8.1.3 RAN Parameters for UE Identification in spec O-RAN.WG3.E2SM-RC-v01.03 for supported parameters Enter Data in COL 1 / COL 2 data fields. Select Logical OR. Options : True or False. Default = True Tcl Parameters: E2smRcSubEvtDefMsgAssocUeInfoEn_1_1 Tcl Parameters: E2smRcSubEvtDefMsgAssocUeInfoUeNum_1_1 Tcl Parameters: E2smRcSubEvtDefMsgAssocUeInfoUeType_1_1 Tcl Parameters: E2smRcSubEvtDefMsgAssocUeInfoUeRanParamTestIndUeEn_1_1_1 Tcl Parameters: E2smRcSubEvtDefMsgAssocUeInfoUeLogOrEn_1_1_1 Tcl Parameters: E2smRcSubEvtDefMsgAssocUeInfoUeLogOr_1_1_1
Associated UE Event	Select to include the Associated UE Event. Enter the Number of UE Events. Range : 1 to 2 Default : 1 Select the UE Event ID. Options : Carrier Aggregation Initiated (default), A3 Measurement Reception Select Logical OR. Options : True or False. Default = True Tcl Parameters: E2smRcSubEvtDefMsgAssocUeEvtEn_1_1 Tcl Parameters: E2smRcSubEvtDefMsgAssocUeEvtNum_1_1 Tcl Parameters: E2smRcSubEvtDefMsgAssocUeEvtId_1_1_1 Tcl Parameters: E2smRcSubEvtDefMsgAssocUeEvtLogOrEn_1_1_1 Tcl Parameters: E2smRcSubEvtDefMsgAssocUeEvtLogOr_1_1_1 Tcl Parameters: E2smRcSubEvtDefMsgLogOrEn_1_1_1 Tcl Parameters: E2smRcSubEvtDefMsgLogOr_1_1_1
Global Associated UE Info	Select to include the Global Associated UE Info. Enter the Number of UE Infos. Range : 1 to 16 Default : 1 Select the UE Type. Options : Individual UE (default), Group UE When UE Type = Individual UE, Select RAN Parameter Testing for Individual UE. Refer to 8.1.3 RAN Parameters for UE Identification in spec O-RAN.WG3.E2SM-RC-v01.03 for supported parameters Enter Data in COL 1 / COL 2 data fields. Select Logical OR. Options : True or False. Default = True Tcl Parameters: E2smRcSubEvtDefGlobalAssocUeInfoEn_1_1 Tcl Parameters: E2smRcSubEvtDefGlobalAssocUeInfoUeNum_1_1 Tcl Parameters: E2smRcSubEvtDefGlobalAssocUeInfoUeType_1_1 Tcl Parameters: E2smRcSubEvtDefGlobalAssocUeInfoUeRanParamTestIndUeEn_1_1_1 Tcl Parameters: E2smRcSubEvtDefGlobalAssocUeInfoUeLogOrEn_1_1_1 Tcl Parameters: E2smRcSubEvtDefGlobalAssocUeInfoUeLogOr_1_1_1
Number of Actions	Enter the Number of Actions. Range : 1 to 16 Default : 1 Select the Action Type. Options : Report (default), Policy When Action Type = Report, Select RIC Style Type. Options : Message Copy. Enter Data in COL 1 / COL 2 data fields. When Action Type = Policy, Select RIC Style Type. Options : 1- Policy for Radio Bearer control 2 - Policy for Radio resource allocation control 3 - Policy for Connected mode mobility control 4 - Policy for Radio access control 5 - Policy for Dual connectivity (DC) control 6 - Policy for Carrier Aggregation (CA) control 7 - Policy for Idle mode mobility control Select the Number of Policy Conditions. Range : 1 to 16, Default : 1 Select the Policy Action ID from the drop-down menu. Options: 1- Policy for Radio Bearer control: 1 - Policy for DRB QoS Configuration 2 - Policy for QoS flow mapping configuration 3 - Policy for Logical channel (re-) configuration 4 - Policy for Radio admission control 5 - Policy for DRB termination control 6 - Policy for DRB split ratio control 7 - Policy for PDCP Duplication control 2 - Policy for Radio resource allocation control: 1 - Policy for DRX parameter configuration 2 - Policy for SR periodicity configuration 3 - Policy for SPS parameters configuration 4 - Policy for Configured grant control 5 - Policy for CQI table configuration 6 - Policy for Slice level PRB quota 3 - Policy for Connected mode mobility control: 1 - Policy for Handover Control 2 - Policy for Conditional Handover Control 3 - Policy for DAPS (Dual Active Protocol Stack) Handover Control 4 - Policy for Radio access control: 1 - Policy for UE Admission Control 2 - Policy for RACH backoff control 3 - Policy for Access barring control 4 - Policy for RRC Connection Release control 5 - Policy for RRC Connection Reject control 5 - Policy for Dual connectivity (DC) control: 1 - Policy for DC Secondary Node Addition Control 2 - Policy for DC Secondary Node Modification and release Control 3 - Policy for DC PSCell Change control 4 - Policy for DC Secondary Node Change Control 6 - Policy for Carrier Aggregation (CA) control: 1 - Policy for CA Secondary Cell Addition Control 2 - Policy for CA Secondary Cell Modification and Release Control 7 - Policy for Idle mode mobility control: 1 - Policy for Cell re-selection priority control Select RIC Policy Decision to Accept or Reject the RIC Policy Decision. Enable Policy Condition Definition and enter the data details in COL 1 / COL 2. Tcl Parameters: E2smRcSubNumActs_1 Tcl Parameters: E2smRcSubActType_1_1 Tcl Parameters: E2smRcSubActStyleType_1_1 Tcl Parameters: E2smRcSubActPolCondNum_1_1 Tcl Parameters: E2smRcSubActPolCondActId_1_1_1 Tcl Parameters: E2smRcSubActPolCondDecEn_1_1_1 Tcl Parameters: E2smRcSubActPolCondDec_1_1_1 Tcl Parameters: E2smRcSubActPolCondEn_1_1_1

Call Process Breakpoint :

Call Process Type ID	Select the Call Process Type ID from the drop-down list. Options : 1 - UE Context Management (default) 2 - Bearer Context Management 3 - Mobility Management 4 - Multi-RAT Dual Connectivity Management 5 - Radio Resource Control Management 6 - PDU Session Management Tcl Parameters: E2smRcSubEvtDefCallProcTypeId_1
Call Breakpoint ID	Select the Call Breakpoint ID from the drop-down list. Each Call Process Type ID has its own supported Call Breakpoint IDs: Options : 1 - UE Context Management: 1 - UE Context Setup (default) 2 - UE Context Modification 3 - UE Context Release 2 - Bearer Context Management: 1 - Bearer Context Setup 2 - Bearer Context Modification 3 - Bearer Context Release 3 - Mobility Management: 1 - Handover Preparation 2 - Handover Cancel 3 - Handover Resource Allocation 4 - Multi-RAT Dual Connectivity Management: 1 - SN Addition 2 - SN Modification and Release 5 - Radio Resource Control Management: 1 - RRC CG-Config Information Transfer 2 - RRC Cell Group Config Transfer 6 - PDU Session Management: 1 - PDU Session Resource Setup 2 - PDU Session Resource Modification 3 - PDU Session Resource Release Tcl Parameters: E2smRcSubEvtDefCallBreakId_1
Associated E2 Node Info	Select Associated E2 Node Info to enter data in COL 1 / COL 2. The supported RAN parameters corresponding to each Call Breakpoint ID refer to 8.1.2 RAN Parameters for Call Process Breakpoint in spec O-RAN.WG3.E2SM-RC-v01.03 Tcl Parameters: E2smRcSubEvtDefCallAssocE2NodeInfoEn_1
Associated UE Info	Select to include the Associated UE Info. Enter the Number of UE Infos. Range : 1 to 16 Default : 1 Select the UE Type. Options : Individual UE (default), Group UE When UE Type = Individual UE, Select RAN Parameter Testing for Individual UE. Refer to 8.1.3 RAN Parameters for UE Identification in spec O-RAN.WG3.E2SM-RC-v01.03 for supported parameters Enter Data in COL 1 / COL 2 data fields. Select Logical OR. Options : True or False. Default = True Tcl Parameters: E2smRcSubEvtDefCallAssocUeInfoEn_1_1 Tcl Parameters: E2smRcSubEvtDefCallAssocUeInfoUeNum_1_1 Tcl Parameters: E2smRcSubEvtDefCallAssocUeInfoUeType_1_1 Tcl Parameters: E2smRcSubEvtDefCallAssocUeInfoUeRanParamTestIndUeEn_1_1_1 Tcl Parameters: E2smRcSubEvtDefCallAssocUeInfoUeLogOrEn_1_1_1 Tcl Parameters: E2smRcSubEvtDefCallAssocUeInfoUeLogOr_1_1_1
Number of Actions	See definition the Message Event section.

E2 Node Information Change :

Number of E2 Node Changes	Select the Number of E2 Node Changes. Range : 1 to 16 Default : 1 Tcl Parameters: E2smRcSubEvtDefE2ChgNum_1
E2 Node Info Change ID	Select the E2 Node Info Change ID from the drop-down list. Options : Cell Configuration Change (default), Cell Neighbor Relation Change, Slice Configuration Change Tcl Parameters: E2smRcSubEvtDefE2ChgId_1
Associated Cell Info	Select to include the Associated Cell Info. Enter the Number of Cell Infos. Range : 1 to 16 Default : 1 Select the Cell Type. Options : Individual Cell (default), Cell Group Enter Data in COL 1 / COL 2 data fields. Select Logical OR. Options : True or False. Default = True Tcl Parameters: E2smRcSubEvtDefE2ChgAssocCellInfoEn_1_1 Tcl Parameters: E2smRcSubEvtDefE2ChgAssocCellInfoCellNum_1_1 Tcl Parameters: E2smRcSubEvtDefE2ChgAssocCellInfoCellType_1_1 Tcl Parameters: E2smRcSubEvtDefE2ChgAssocCellInfoCellLogOrEn_1_1_1 Tcl Parameters: E2smRcSubEvtDefE2ChgAssocCellInfoCellLogOr_1_1_1
Logical OR	Select Logical OR. Options : True or False. Default = True Tcl Parameters: E2smRcSubEvtDefE2ChgLogOrEn_1_1 Tcl Parameters: E2smRcSubEvtDefE2ChgLogOr_1_1

UE Information Change :

Number of UE Changes

Select the Number of UE Changes.

Range : 1 to 16

Default : 1

Tcl Parameters: E2smRcSubEvtDefUeChgNum_1

Trigger Type

Select the Trigger Type for UE Change from the drop-down list.

Options : RRC State (default), UE Identifier, L2 State

When L2 State is selected, add associated L2 variables in COL 1 / COL 2.

Tcl Parameters: E2smRcSubEvtDefUeChgTrigType_1_1

RRC State

When Trigger Type = RRC State, select the Number of RRC States.

Range : 1 to 16

Default : 1

For each RRC State, select the State Change To. Options : RRC_Connected, RRC_Inactive, RRC_Idle, Any

Select Logical OR. Options : True or False. Default = True

Tcl Parameters: E2smRcSubEvtDefUeChgRrcStateNum_1_1

Tcl Parameters: E2smRcSubEvtDefUeChgRrcStateChgTo_1_1_1

Tcl Parameters: E2smRcSubEvtDefUeChgRrcStateLogOrEn_1_1_1

Tcl Parameters: E2smRcSubEvtDefUeChgRrcStateLogOr_1_1_1

UE Identifier Change ID

When Trigger Type = UE Identifier, select the UE Identifier Change ID from the drop-down menu.

Options : New UE Connected, UE Handed Over, UE ID Changed, UE ID Removed

Tcl Parameters: E2smRcSubEvtDefUeChgId_1_1

Associated UE Info

Select to include the Associated UE Info.

Enter the Number of UE Infos.

Range : 1 to 16

Default : 1

Select the UE Type.

Options : Individual UE (default), Group UE

When UE Type = Individual UE, Select RAN Parameter Testing for Individual UE. Refer to 8.1.3 RAN Parameters for UE Identification in spec O-RAN.WG3.E2SM-RC-v01.03 for supported parameters

Enter Data in COL 1 / COL 2 data fields.

Select Logical OR. Options : True or False. Default = True

Tcl Parameters: E2smRcSubEvtDefUeChgAssocUeInfoEn_1_1

Tcl Parameters: E2smRcSubEvtDefUeChgAssocUeInfoUeNum_1_1

Tcl Parameters: E2smRcSubEvtDefUeChgAssocUeInfoUeType_1_1

Tcl Parameters: E2smRcSubEvtDefUeChgAssocUeInfoUeRanParamTestIndUeEn_1_1_1

Tcl Parameters: E2smRcSubEvtDefUeChgAssocUeInfoUeLogOrEn_1_1_1

Tcl Parameters: E2smRcSubEvtDefUeChgAssocUeInfoUeLogOr_1_1_1

Logical OR

Select Logical OR. Options : True or False. Default = True

Tcl Parameters: E2smRcSubEvtDefUeChngLogOrEn_1_1

Tcl Parameters: E2smRcSubEvtDefUeChngUeLogOr_1_1

Control Details

Select the Number of Control Details.

Range : 1 to 16

Default : 1

Tcl Parameters: E2smRcNumCtrls

Select the RIC Trigger Style.

Options : Radio Bearer control (default), Radio resource allocation control,

Connected mode mobility control, Radio access control, Dual connectivity (DC) control,

Carrier Aggregation (CA) control, Idle mode mobility control, UE information and assignment, Measurement Reporting Configuration control

Tcl Parameters: E2smRcCtrlStyle_1

Select the Control Action ID.

Each Style Type has its specific supported Control Action IDs:

1 - Radio Bearer control:

1 - DRB QoS Configuration
2 - QoS flow mapping configuration
3 - Logical channel configuration
4 - Radio admission control
5 - DRB termination control
6 - DRB split ratio control
7 - PDCP Duplication control

2 - Radio resource allocation control:

1 - DRX parameter configuration
2 - SR periodicity configuration
3 - SPS parameters configuration
4 - Configured grant control
5 - CQI table configuration
6 - Slice-level PRB quota

3 - Connected mode mobility control:

1 - Handover Control
2 - Conditional Handover Control
3 - DAPS (Dual Active Protocol Stack) Handover Control

4 - Radio access control:

1 - UE Admission Control
2 - RACH backoff control
3 - Access barring control
4 - RRC Connection Release control
5 - RRC Connection Reject control

5 - Dual connectivity (DC) control:

1 - DC Secondary Node
Addition Control
2 - DC Secondary Node Modification and release Control
3 - DC PSCell Change control
4 - DC Secondary Node Change Control

6 - Carrier Aggregation (CA) control:

1 - CA Secondary Cell Addition Control
2 - CA Secondary Cell Modification Control

7 - Idle mode mobility control:

1 - Cell re-selection priority control

8 - UE information and assignment:

1 - UE to Explicit UE list assignment command

9 - Measurement Reporting Configuration control:

1 - Add MR Configuration
2 - Modify MR Configuration
3 - Delete MR Configuration

Tcl Parameters: E2smRcCtrlActId_1

Select Control Ack Request. Select Ack or NoAck from the drop-down menu.

Tcl Parameters: E2smRcCtrlActReqEn_1

Tcl Parameters: E2smRcCtrlActReq_1

UE ID

Select UE ID Type. The parameters listed below become available based on UE ID Type.

Options : gNB (default), gNB-DU, gNB-CU UP, ng-eNB, ng-eNB-DU, en-gNB, eNB

Tcl Parameters: E2smRcCtrlUeIdType_1

The following parameters become available when UE ID Type = gNB

AMF UE NGAP ID	Enter the AMF UE NGAP Id for UE ID Type = gNB. Range : 0 to 1099511627775 Default : 0 Tcl Parameters: E2smRcCtrlUeIdGnbAmfUeNgapId_1
GUAMI	For GUAMI, enter the following parameters: PLMN Identity. Range : 6 Hex Characters, default : 000000 AMF Region ID. The AMF Region consists of one or more multiple AMF Sets. Range: 0 to 255. Default : 0 Enter the Set ID: Range: 0 to 1023. Default: 0 Enter the AMF Pointer: Range: 0 to 63. Default: 0 Tcl Parameters: E2smRcCtrlUeIdGnbGuamiPlmnId_1 Tcl Parameters: E2smRcCtrlUeIdGnbGuamiAmfRegId_1 Tcl Parameters: E2smRcCtrlUeIdGnbGuamiAmfSetId_1 Tcl Parameters: E2smRcCtrlUeIdGnbGuamiAmfPointer_1
Include RAN UE ID	Select to enter the RAN UE ID for UE ID Type = gNB. Range : 0 to 18446744073709551615 Default : 0 Tcl Parameters: E2smRcCtrlUeIdGnbRanUeIdEn_1 Tcl Parameters: E2smRcCtrlUeIdGnbRanUeIdValue_1
Include RAN Node UE Xn-AP ID	Select to enter the RAN Node UE Xn-AP ID for UE ID Type = gNB. Range : 0 to 4294967295 Default : 0 Tcl Parameters: E2smRcCtrlUeIdGnbRanNodeUeXnApIdEn_1 Tcl Parameters: E2smRcCtrlUeIdGnbRanNodeUeXnApId_1
Include Global NG RAN Node ID	Select to include the Global NG RAN Node ID for UE ID Type = gNB and enter the following parameters: NG-RAN Node Type. Options : gNB, ng-eNB PLMN Identity. Range : 6 Hex Characters, default : 000000 When NG-RAN Node Type = gNB, enter the Length - Range : 22 to 32, Default : 32 gNB ID - Range : 0 to 4294967295, Default 0 When NG-RAN Node Type = ng-eNB, enter the ng-eNB ID Type. Options : Macro, Short Macro, Long Macro ng-eNB ID - Range : 0 to 262143, Default 0 Tcl Parameters: E2smRcCtrlUeIdGnbGlobalNgRanNodeIdEn_1 Tcl Parameters: E2smRcCtrlUeIdGnbGlobalNgRanNodeIdType_1 Tcl Parameters: E2smRcCtrlUeIdGnbGlobalNgRanNodeIdPlmnId_1 Tcl Parameters: E2smRcCtrlUeIdGnbGlobalNgRanNodeIdGnbIdLen_1 Tcl Parameters: E2smRcCtrlUeIdGnbGlobalNgRanNodeIdGnbId_1 Tcl Parameters: E2smRcCtrlUeIdGnbGlobalNgRanNodeIdNgEnbIdType_1 Tcl Parameters: E2smRcCtrlUeIdGnbGlobalNgRanNodeIdNgEnbId_1
Include Global gNB ID	Select to include the Global gNB ID for UE ID Type = gNB and enter the following parameters: PLMN Identity. Range : 6 Hex Characters, default : 000000 gNB Length - Range : 22 to 32, Default : 32 gNB ID - Range : 0 to 4294967295, Default 0 Tcl Parameters: E2smRcCtrlUeIdGnbGlobalGnbIdEn_1 Tcl Parameters: E2smRcCtrlUeIdGnbGlobalGnbIdPlmn_1 Tcl Parameters: E2smRcCtrlUeIdGnbGlobalGnbIdGnbIdLen_1 Tcl Parameters: E2smRcCtrlUeIdGnbGlobalGnbIdGnbId_1
Include List of CU F1-AP IDs	Select to include a list of CU F1-AP IDs for UE ID Type = gNB. Select the Number of CU F1-AP Ids. Range : 1 to 4, Default : 1 Enter the CU F1-AP ID. Range : 0 to 4294967295 Default : 0 Tcl Parameters: E2smRcCtrlUeIdGnbListCuF1apIdsEn_1 Tcl Parameters: E2smRcCtrlUeIdGnbListCuF1apIdsNum_1 Tcl Parameters: E2smRcCtrlUeIdGnbListCuF1apId_1_1
Include List of CU CP E1-AP IDs	Select to include a list of CU CP E1-AP IDs for UE ID Type = gNB. Select the Number of CU CP E1-AP Ids. Range : 1 to 4, Default : 1 Enter the CU CP E1-AP ID. Range : 0 to 4294967295 Default : 0 Tcl Parameters: E2smRcCtrlUeIdGnbListCuCpE1apIdsEn_1 Tcl Parameters: E2smRcCtrlUeIdGnbListCuCpE1apIdsNum_1 Tcl Parameters: E2smRcCtrlUeIdGnbListCuCpE1apId_1_1

The following parameters become available when UE ID Type = gNB-DU

CU F1-AP ID

Enter the CU F1-AP ID for UE ID Type = gNB-DU.

Range : 0 to 1099511627775

Default : 0

Tcl Parameters: E2smRcCtrlUeIdGnbDuCuF1apId_1

Include RAN UE ID

Select to enter the RAN UE ID for UE ID Type = gNB-DU.

Range : 0 to 18446744073709551615

Default : 0

Tcl Parameters: E2smRcCtrlUeIdGnbDuCuRanUeIdEn_1

Tcl Parameters: E2smRcCtrlUeIdGnbDuCuRanUeIdValue_1

The following parameters become available when UE ID Type = gNB-CU UP

CU CP E1-AP ID

Enter the CU CP E1-AP ID for UE ID Type = gNB-CU UP.

Range : 0 to 4294967295

Default : 0

Tcl Parameters: E2smRcCtrlUeIdGnbCuUpCuCpE1apId_1

Include RAN UE ID

Select to enter the RAN UE ID for UE ID Type = gNB-CU UP.

Range : 0 to 18446744073709551615

Default : 0

Tcl Parameters: E2smRcCtrlUeIdGnbCuUpRanUeIdEn_1

Tcl Parameters: E2smRcCtrlUeIdGnbCuUpRanUeIdValue_1

The following parameters become available when UE ID Type = ng-eNB

AMF UE NGAP ID	Enter the AMF UE NGAP Id for UE ID Type = ng-eNB. Range : 0 to 1099511627775 Default : 0 Tcl Parameters: E2smRcCtrlUeIdNgEnbAmfUeNgapId_1
GUAMI	For GUAMI, enter the following parameters: PLMN Identity. Range : 6 Hex Characters, default : 000000 AMF Region ID. The AMF Region consists of one or more multiple AMF Sets. Range: 0 to 255. Default : 0 Enter the Set ID: Range: 0 to 1023. Default: 0 Enter the AMF Pointer: Range: 0 to 63. Default: 0 Tcl Parameters: E2smRcCtrlUeIdNgEnbGuamiPlmnId_1 Tcl Parameters: E2smRcCtrlUeIdNgEnbGuamiAmfRegId_1 Tcl Parameters: E2smRcCtrlUeIdNgEnbGuamiAmfSetId_1 Tcl Parameters: E2smRcCtrlUeIdNgEnbGuamiAmfPointer_1
Include CU W1-AP ID	Select to enter the CU W1-AP ID for UE ID Type = ng-ENB. Range : 0 to 4294967295 Default : 0 Tcl Parameters: E2smRcCtrlUeIdNgEnbCuW1apIdEn_1 Tcl Parameters: E2smRcCtrlUeIdNgEnbCuW1apId_1
Include RAN Node UE Xn-AP ID	Select to enter the RAN Node UE Xn-AP ID for UE ID Type = ng-ENB. Range : 0 to 4294967295 Default : 0 Tcl Parameters: E2smRcCtrlUeIdNgEnbRanNodeUeXnApIdEn_1 Tcl Parameters: E2smRcCtrlUeIdNgEnbRanNodeUeXnApId_1
Include Global NG RAN Node ID	Select to include the Global NG RAN Node ID for UE ID Type = ng-ENB. and enter the following parameters: NG-RAN Node Type. Options : gNB, ng-eNB PLMN Identity. Range : 6 Hex Characters, default : 000000 When NG-RAN Node Type = gNB, enter the Length - Range : 22 to 32, Default : 32 gNB ID - Range : 0 to 4294967295, Default 0 When NG-RAN Node Type = ng-eNB, enter the ng-eNB ID Type. Options : Macro, Short Macro, Long Macro ng-eNB ID - Range : 0 to 262143, Default 0 Tcl Parameters: E2smRcCtrlUeIdNgEnbGlobalNgRanNodeIdEn_1 Tcl Parameters: E2smRcCtrlUeIdNgEnbGlobalNgRanNodeIdType_1 Tcl Parameters: E2smRcCtrlUeIdNgEnbGlobalNgRanNodeIdPlmnId_1 Tcl Parameters: E2smRcCtrlUeIdNgEnbGlobalNgRanNodeIdGnbIdLen_1 Tcl Parameters: E2smRcCtrlUeIdNgEnbGlobalNgRanNodeIdGnbId_1 Tcl Parameters: E2smRcCtrlUeIdNgEnbGlobalNgRanNodeIdNgEnbIdType_1 Tcl Parameters: E2smRcCtrlUeIdNgEnbGlobalNgRanNodeIdNgEnbId_1
Include Global ng-eNB ID	Select to include the Global ng-ENB ID for UE ID Type = ng-ENB and enter the following parameters: PLMN Identity. Range : 6 Hex Characters, default : 000000 ng-eNB ID Type. Options : Macro, Short Macro, Long Macro ng-eNB ID - Range : 0 to 262143, Default 0 Tcl Parameters: E2smRcCtrlUeIdNgEnbGlobalGnbIdEn_1 Tcl Parameters: E2smRcCtrlUeIdNgEnbGlobalGnbIdPlmn_1 Tcl Parameters: E2smRcCtrlUeIdNgEnbGlobalNgEnbNgEnbIdType_1 Tcl Parameters: E2smRcCtrlUeIdNgEnbGlobalNgEnbNgEnbId_1

The following parameters become available when UE ID Type = ng-eNB-DU

CU W1-AP ID

Enter the CU W1-AP ID for UE ID Type = ng-eNB-DU.

Range : 0 to 4294967295

Default : 0

Tcl Parameters: E2smRcCtrlUeIdNgEnbDuCuW1apId_1

The following parameters become available when UE ID Type = en-gNB

UE X2-AP ID	Enter the UE X2-AP ID for UE ID Type = en-gNB. Range : 0 to 4095 Default : 0 Tcl Parameters: E2smRcCtrlUeIdEnGnbUeX2apId_1
Include UE X2-AP ID Extension	Select to include the UE X2-AP ID Extension for UE ID Type = en-gNB. Range : 0 to 4095 Default : 0 Tcl Parameters: E2smRcCtrlUeIdEnGnbUeX2apIdExtEn_1 Tcl Parameters: E2smRcCtrlUeIdEnGnbUeX2apIdExt_1
Include CU F1-AP ID	Select to enter the CU F1-AP ID for UE ID Type = en-gNB. Range : 0 to 4294967295 Default : 0 Tcl Parameters: E2smRcCtrlUeIdEnGnbCuF1apIdEn_1 Tcl Parameters: E2smRcCtrlUeIdEnGnbCuF1apId_1
Include List of CU CP E1-AP IDs	Select to include a list of CU CP E1-AP IDs for UE ID Type = en-gNB. Select the Number of CU CP E1-AP Ids. Range : 1 to 4, Default : 1 Enter the CU CP E1-AP ID. Range : 0 to 4294967295 Default : 0 Tcl Parameters: E2smRcCtrlUeIdEnGnbListCuCpE1apIdsEn_1 Tcl Parameters: E2smRcCtrlUeIdEnGnbListCuCpE1apIdsNum_1 Tcl Parameters: E2smRcCtrlUeIdEnGnbListCuCpE1apId_1_1
Global eNB ID	Enter the Global eNB ID for UE ID Type = en-gNB. PLMN Identity. Range : 6 Hex Characters, default : 000000 eNB ID Type. Options : Macro, Short Macro, Long Macro eNB ID - Range : 0 to 1048575, Default 0 Tcl Parameters: E2smRcCtrlUeIdEnGnbGlobalEnbIdPlmnId_1 Tcl Parameters: E2smRcCtrlUeIdEnGnbGlobalEndIdEnbIdType_1 Tcl Parameters: E2smRcCtrlUeIdEnGnbGlobalEnbIdEnbId_1
Include RAN UE ID	Select to enter the RAN UE ID for UE ID Type = en-gNB.. Range : 0 to 18446744073709551615 Default : 0 Tcl Parameters: E2smRcCtrlUeIdEnGnbRanUeIdEn_1 Tcl Parameters: E2smRcCtrlUeIdEnGnbRanUeIdValue_1

The following parameters become available when UE ID Type = eNB

MME UE S1-AP ID	Enter the MME UE S1-AP ID for UE ID Type = eNB. Range : 0 to 4294967295 Default : 0 Tcl Parameters: E2smRcCtrlUeIdEnbMmeS1apId_1
Include UE X2-AP ID	Select to include the UE X2-AP ID for UE ID Type = eNB. Range : 0 to 4095 Default : 0 Tcl Parameters: E2smRcCtrlUeIdEnbUeX2apIdEn_1 Tcl Parameters: E2smRcCtrlUeIdEnbUeX2apId_1
Include UE X2-AP ID Extension	Select to include the UE X2-AP ID Extension for UE ID Type = eNB. Range : 0 to 4095 Default : 0 Tcl Parameters: E2smRcCtrlUeIdEnbUeX2apIdExtEn_1 Tcl Parameters: E2smRcCtrlUeIdEnbUeX2apIdExt_1
GUMMEI	Enter the GUMMEI for UE ID Type = eNB. PLMN Identity. Range : 6 Hex Characters, default : 000000 MME Group ID - Range : 4 Hex chars, Default 0000 MME Code - Range : 2 Hex chars, Default 00 Tcl Parameters: E2smRcCtrlUeIdEnbGummeiPlmnId_1 Tcl Parameters: E2smRcCtrlUeIdEnbGummeiMmeGrpId_1 Tcl Parameters: E2smRcCtrlUeIdEnbGummeiMmeCode_1
Include Global eNB ID	Enter the Global eNB ID for UE ID Type = eNB. PLMN Identity. Range : 6 Hex Characters, default : 000000 eNB ID Type. Options : Macro, Short Macro, Long Macro eNB ID - Range : 0 to 1048575, Default 0 Tcl Parameters: E2smRcCtrlUeIdEnbGlobalEnbIdPlmnId_1 Tcl Parameters: E2smRcCtrlUeIdEnbGlobalEndIdEnbIdType_1 Tcl Parameters: E2smRcCtrlUeIdEnbGlobalEnbIdEnbId_1

Each Control Action has its own supported RAN parameter list. Refer to 8.4 RAN Parameters for Control Actions in spec O-RAN.WG3.E2SM-RC-v01.03. Below is the parameter list for 1 - Radio Bearer control → 1 - DRB QoS Configuration :

NR Cell Configuration Test Data file Parameter Definition:

Each row in the file is a cell.

Parameter Name	Value Range	Description
NR PCI	0 <= VALUE <= 1007	Physical Cell ID
5GS TAC	6 Hex chars	5GS Tracking Area Code, OCTET STRING (SIZE (3))
Configured EPS TAC Present	0 or 1
Configured EPS TAC	4 Hex chars	OCTET STRING (SIZE (2))
Served PLMNs Identify_<x>	6 Hex chars	For parameter of list type, use suffix number as index to indicate multiple items. Note to set the parameter starting from small index if multiple items are needed to configure. Max 4 PLMNs supported to configure. OCTET STRING (SIZE(3)) x - from 0 to 3, same for the following parameters
Served PLMNs TAI Slice Support List SST_<x>_<y>	0 <= VALUE <= 255	For parameter of list type embedded in a parent list type parameter, append further suffix number to indicate multiple items. Max 4 Slices supported to configure per PLMN. y - from 0 to 3, same for the following parameters
Served PLMNs TAI Slice Support List SD_<x>_<y>	6 Hex chars
CHOICE NR-Mode-Info	1 or 2	1 - FDD, 2- TDD
FDD UL FreqInfo NR ARFCN	0 <= VALUE <= 3279165
FDD UL FreqInfo SUL Info Present	0 or 1
FDD UL FreqInfo SUL Info SUL ARFCN	0 <= VALUE <= 3279165
FDD UL FreqInfo SUL Info SUL Transmission Bandwidth NR SCS	0 <= VALUE <= 3	ENUMERATED (scs15, scs30, scs60, scs120, ...)
FDD UL FreqInfo SUL Info SUL Transmission Bandwidth NRB	0 <= VALUE <= 28	ENUMERATED (nrb11, nrb18, nrb24, nrb25, nrb31, nrb32, nrb38, nrb51, nrb52, nrb65, nrb66, nrb78, nrb79, nrb93, nrb106, nrb107, nrb121, nrb132, nrb133, nrb135, nrb160, nrb162, nrb189, nrb216, nrb217, nrb245, nrb264, nrb270, nrb273, ...)
FDD UL FreqInfo Frequency Band List NR Frequency Band_<x>	1 <= VALUE <= 1024	x - from 0 to 3, same for the following parameters
FDD UL FreqInfo Frequency Band List Supported SUL band List_<x>_<y>	1 <= VALUE <= 1024	y - from 0 to 3, same for the following parameters
FDD DL FreqInfo NR ARFCN	0 <= VALUE <= 3279165
FDD DL FreqInfo SUL Info Present	0 or 1
FDD DL FreqInfo SUL Info SUL ARFCN	0 <= VALUE <= 3279165
FDD DL FreqInfo SUL Info SUL Transmission Bandwidth NR SCS	0 <= VALUE <= 3	ENUMERATED (scs15, scs30, scs60, scs120, ...)
FDD DL FreqInfo SUL Info SUL Transmission Bandwidth NRB	0 <= VALUE <= 28	ENUMERATED (nrb11, nrb18, nrb24, nrb25, nrb31, nrb32, nrb38, nrb51, nrb52, nrb65, nrb66, nrb78, nrb79, nrb93, nrb106, nrb107, nrb121, nrb132, nrb133, nrb135, nrb160, nrb162, nrb189, nrb216, nrb217, nrb245, nrb264, nrb270, nrb273, ...)
FDD DL FreqInfo Frequency Band List NR Frequency Band_<x>	1 <= VALUE <= 1024	x - from 0 to 3, same for the following parameters
FDD DL FreqInfo Frequency Band List Supported SUL band List_<x>_<y>	1 <= VALUE <= 1024	y - from 0 to 3, same for the following parameters
FDD UL Transmission Bandwidth NR SCS	0 <= VALUE <= 3	ENUMERATED (scs15, scs30, scs60, scs120, ...)
FDD UL Transmission Bandwidth NRB	0 <= VALUE <= 28	ENUMERATED (nrb11, nrb18, nrb24, nrb25, nrb31, nrb32, nrb38, nrb51, nrb52, nrb65, nrb66, nrb78, nrb79, nrb93, nrb106, nrb107, nrb121, nrb132, nrb133, nrb135, nrb160, nrb162, nrb189, nrb216, nrb217, nrb245, nrb264, nrb270, nrb273, ...)
FDD DL Transmission Bandwidth NR SCS	0 <= VALUE <= 3	ENUMERATED (scs15, scs30, scs60, scs120, ...)
FDD DL Transmission Bandwidth NRB	0 <= VALUE <= 28	ENUMERATED (nrb11, nrb18, nrb24, nrb25, nrb31, nrb32, nrb38, nrb51, nrb52, nrb65, nrb66, nrb78, nrb79, nrb93, nrb106, nrb107, nrb121, nrb132, nrb133, nrb135, nrb160, nrb162, nrb189, nrb216, nrb217, nrb245, nrb264, nrb270, nrb273, ...)
FDD UL Carrier List Present	0 or 1
FDD UL Carrier List NR SCS_<x>	0 <= VALUE <= 3	x - from 0 to 3, same for the following parameters ENUMERATED (scs15, scs30, scs60, scs120, …)
FDD UL Carrier List Offset to Carrier_<x>	0 <= VALUE <= 2199
FDD UL Carrier List Carrier Bandwidth_<x>	1 <= VALUE <= 275
FDD DL Carrier List Present	0 or 1
FDD DL Carrier List NR SCS_<x>	0 <= VALUE <= 3	x - from 0 to 3, same for the following parameters ENUMERATED (scs15, scs30, scs60, scs120, …)
FDD DL Carrier List Offset to Carrier_<x>	0 <= VALUE <= 2199
FDD DL Carrier List Carrier Bandwidth_<x>	1 <= VALUE <= 275

TDD NR FreqInfo NR ARFCN	0 <= VALUE <= 3279165
TDD NR FreqInfo SUL Info Present	0 or 1
TDD NR FreqInfo SUL Info SUL ARFCN	0 <= VALUE <= 3279165
TDD NR FreqInfo SUL Info SUL Transmission Bandwidth NR SCS	0 <= VALUE <= 3	ENUMERATED (scs15, scs30, scs60, scs120, ...)
TDD NR FreqInfo SUL Info SUL Transmission Bandwidth NRB	0 <= VALUE <= 28	ENUMERATED (nrb11, nrb18, nrb24, nrb25, nrb31, nrb32, nrb38, nrb51, nrb52, nrb65, nrb66, nrb78, nrb79, nrb93, nrb106, nrb107, nrb121, nrb132, nrb133, nrb135, nrb160, nrb162, nrb189, nrb216, nrb217, nrb245, nrb264, nrb270, nrb273, ...)
TDD NR FreqInfo Frequency Band List NR Frequency Band_<x>	1 <= VALUE <= 1024	x - from 0 to 3, same for the following parameters
TDD NR FreqInfo Frequency Band List Supported SUL band List_<x>_<y>	1 <= VALUE <= 1024	y - from 0 to 3, same for the following parameters
TDD Transmission Bandwidth NR SCS	0 <= VALUE <= 3	ENUMERATED (scs15, scs30, scs60, scs120, ...)
TDD Transmission Bandwidth NRB	0 <= VALUE <= 28	ENUMERATED (nrb11, nrb18, nrb24, nrb25, nrb31, nrb32, nrb38, nrb51, nrb52, nrb65, nrb66, nrb78, nrb79, nrb93, nrb106, nrb107, nrb121, nrb132, nrb133, nrb135, nrb160, nrb162, nrb189, nrb216, nrb217, nrb245, nrb264, nrb270, nrb273, ...)
TDD Carrier List Present	0 or 1
TDD Carrier List NR SCS_<x>	0 <= VALUE <= 3	x - from 0 to 3, same for the following parameters ENUMERATED (scs15, scs30, scs60, scs120, …)
TDD Carrier List Offset to Carrier_<x>	0 <= VALUE <= 2199
TDD Carrier List Carrier Bandwidth_<x>	1 <= VALUE <= 275
TDD Intended TDD DL-UL Configuration Present	0 or 1
TDD Intended TDD DL-UL Configuration NR SCS	0 <= VALUE <= 3	ENUMERATED (scs15, scs30, scs60, scs120, ...)
TDD Intended TDD DL-UL Configuration NR Cyclic Prefix	0 <= VALUE <= 1	ENUMERATED (Normal, Extended, …)
TDD Intended TDD DL-UL Configuration NR DL-UL Transmission Periodicity	0 <= VALUE <= 17	ENUMERATED (ms0p5, ms0p625, ms1, ms1p25, ms2, ms2p5, ms3, ms4, ms5, ms10, ms20, ms40, ms60, ms80, ms100, ms120, ms140, ms160, …)
TDD Intended TDD DL-UL Configuration Slot Configuration List Slot Index_<x>	0 <= VALUE <= 5119	x - from 0 to 3, same for the following parameters
TDD Intended TDD DL-UL Configuration Slot Configuration List CHOICE Symbol Allocation in Slot_<x>	1 <= VALUE <= 3
TDD Intended TDD DL-UL Configuration Slot Configuration List CHOICE Symbol Allocation in Slot Number of DL Symbols_<x>	0 <= VALUE <= 13
TDD Intended TDD DL-UL Configuration Slot Configuration List CHOICE Symbol Allocation in Slot Number of UL Symbols_<x>	0 <= VALUE <= 13

Measurement Timing Configuration	Hex chars	OCTET STRING

UE Context Test Data file Parameter Definition :

Each row is a UE Context

Parameter Name	Value Range	Description
GUAMI PLMN ID	6 Hex chars
GUAMI AMF Region ID	0 <= VALUE <= 255
GUAMI AMF Set ID	0 <= VALUE <= 1023
GUAMI AMF Pointer	0 <= VALUE <= 63
Source NG-C TNL IP		V4 or V6 IP address
Source NG-C TNL Port	0 < VALUE <= 65535
UE Security Capabilities NR Encryption Algorithms	4 Hex chars	BIT STRING {nea1-128(1), nea2-128(2), nea3-128(3)} (SIZE(16, …))
UE Security Capabilities NR Integrity Protection Algorithms	4 Hex chars	BIT STRING {nia1-128(1), nia2-128(2), nia3-128(3)} (SIZE(16, …))
UE Security Capabilities E-UTRA Encryption Algorithms	4 Hex chars	BIT STRING {eea1-128(1), eea2-128(2), eea3-128(3)} (SIZE(16, …))
UE Security Capabilities E-UTRA Integrity Protection Algorithms	4 Hex chars	BIT STRING {eia1-128(1), eia2-128(2), eia3-128(3)} (SIZE(16, …))
AS Security Information Key NG-RAN Star	64 Hex chars	BIT STRING (256)
AS Security Information Next Hop Chaining Count	0 <= VALUE <= 7
UE Aggregate Maximum Bit Rate Downlink	0 <= VALUE <= 4000000000000	The unit is: bit/s
UE Aggregate Maximum Bit Rate Uplink	0 <= VALUE <= 4000000000000	The unit is: bit/s
PSI_<x>	1<= VALUE <= 15	PDU Session ID x - from 0 to 3
PDU SNSSAI SST	0 <= VALUE <= 255
PDU SNSSAI SD	6 Hex chars
PDU Session Aggregate Maximum Bit Rate Downlink	0 <= VALUE <= 4000000000000
PDU Session Aggregate Maximum Bit Rate Uplink	0 <= VALUE <= 4000000000000
Data Forwarding Not Possible	0
PDU Session Type	0 <= VALUE <= 4	0 - IPv4, 1 - IPv6, 2 - IPv4v6, 3 - ethernet, 4 - unstructured
Network Instance	1 <= VALUE <= 256
Direct Forwarding Path Availability	max 64 Hex chars
Redundant Common Network Instance	max 64 Hex chars
Redundant PDU Session Information RSN	0 <= VALUE <= 1
Redundant PDU Session Information PDU Session Pair ID	0 <= VALUE <= 255
QFI_<x>	0 <= VALUE <= 63	QoS Flow Identifier x - from 0 to 3
5QI_<x>	0 <= VALUE <= 255	x - from 0 to 3
Packet Delay Budget	0 <= VALUE <= 1023
Packet Error Rate Scalar	0 <= VALUE <= 9
Packet Error Rate Exponent	0 <= VALUE <= 9
NG-RAN DRB ARP Level	1 <= VALUE <= 15
NG-RAN DRB ARP Pre-emption Capability	0 <= VALUE <= 1
NG-RAN DRB ARP Pre-emption Vulnerability	0 <= VALUE <= 1
Priority Level of the mapped QoS flows	1 <= VALUE <= 127
Maximum Flow Bit Rate Downlink	0 <= VALUE <= 4000000000000
Guaranteed Flow Bit Rate Downlink	0 <= VALUE <= 4000000000000
Maximum Packet Loss Rate Downlink	0 <= VALUE <= 1000
Maximum Flow Bit Rate Uplink	0 <= VALUE <= 4000000000000
Guaranteed Flow Bit Rate Uplink	0 <= VALUE <= 4000000000000
Maximum Packet Loss Rate Uplink	0 <= VALUE <= 1000
QoS Monitoring Enable Request	0 <= VALUE <= 2
QoS Monitoring Reporting Frequency	1 <= VALUE <= 1800
QoS Monitoring Disabled	0
Reflective QoS Mapping	0
Redundant QoS Flow Indicator	0 <= VALUE <= 1
DRB ID_<x>	1<= VALUE <= 32	x - from 0 to 3
DRB PSI_<x>	1<= VALUE <= 15	x - from 0 to 3
DRB Default_<x>	0 <= VALUE <= 1	x - from 0 to 3
RLC mode	0 <= VALUE <= 4	ENUMERATED (RLC-TM, RLC-AM, RLC-UM-Bidirectional, RLC-UM-Unidirectional-UL, RLC-UM-Unidirectional-DL, …)
PDCP Duplication	0
UL Data Split Threshold	0 <= VALUE <= 23	ENUMERATED (0, 100, 200, 400, 800, 1600, 3200, 6400, 12800, 25600, 51200, 102400, 204800, 409600, 819200, 1228800, 1638400, 2457600, 3276800, 4096000, 4915200, 5734400, 6553600, Infinity, …)
PDCP Re-establishment	0
PDCP Data Recovery	0
Out-of-Order Delivery	0
PDCP Status Report Indication	0 <= VALUE <= 2	ENUMERATED (downlink, uplink, both, …)
Number of PDCP duplication	0 <= VALUE <= 1
UL More than one RLC Primary Path Cell Group ID	0 <= VALUE <= 1
UL More than one RLC Primary Path LC-ID	1 <= VALUE <= 32
UL More than two RLC Split Secondary Path	1 <= VALUE <= 32
UL More than two RLC Duplication State	0 <= VALUE <= 1

gNB-CU CP Measurements Test Data File Parameter Definitions:

Each row is a gNB-CU.

Parameter Name	Value Range	Description
Inter-gNB HO Number of requested handover operations	Int
Inter-gNB HO Number of successful handover preparations	Int
Inter-gNB HO Failure Cause Choice in handover preparations_<x>	0 <= VALUE <= 4	x - from 0 to 3
Inter-gNB HO Failure Cause Value in handover preparations_<x>	Int	x - from 0 to 3
Inter-gNB HO Number of failed handover preparations for the cause_<x>	Int	x - from 0 to 3
Inter-gNB HO Number of requested handover resource allocations	Int
Inter-gNB HO Number of successful handover resource allocations	Int
Inter-gNB HO Failure Cause Choice in handover resource allocations_<x>	0 <= VALUE <= 4	x - from 0 to 3
Inter-gNB HO Failure Cause Value in handover resource allocations _<x>	Int	x - from 0 to 3
Inter-gNB HO Number of failed handover resource allocations for the cause_<x>	Int	x - from 0 to 3
Inter-gNB HO Number of requested handover executions	Int
Inter-gNB HO Number of successful handover executions	Int
Inter-gNB HO Failure Cause Choice in handover execution_<x>	0 <= VALUE <= 4	x - from 0 to 3
Inter-gNB HO Failure Cause Value in handover execution _<x>	Int	x - from 0 to 3
Inter-gNB HO Number of failed handover executions for the cause_<x>	Int	x - from 0 to 3
Inter-gNB HO Mean Time of requested handover executions	Int
Inter-gNB HO Max Time of requested handover executions	Int
Inter-gNB HO Number of too-early handovers	Int
Inter-gNB HO Number of too-late handovers	Int
Inter-gNB HO Number of wrong cell handovers	Int
Intra-gNB HO Number of requested handover executions	Int
Intra-gNB HO Number of successful handover executions	Int
Intra-gNB HO Release Cause Choice_<x>	0 <= VALUE <= 4	x - from 0 to 3
Intra-gNB HO Release Cause Value_<x>	Int	x - from 0 to 3
Intra-gNB HO Number of UE Context Release Requests_<x>	Int	x - from 0 to 3
Intra-gNB HO Number of too-early handovers	Int
Intra-gNB HO Number of too-late handovers	Int
Intra-gNB HO Number of wrong cell handovers	Int
Average normally-released call duration for 5QI 1 QoS flow	Int
Distribution bins for normally-released call duration for 5QI 1 QoS flow Call Duration Bin Value_<x>	Int	x - from 0 to 3
Distribution bins for normally-released call duration for 5QI 1 QoS flow Number of samples_<x>	Int	x - from 0 to 3
Average abnormally-released call duration for 5QI 1 QoS flow	Int
Distribution bins for abnormally-released call duration for 5QI 1 QoS flow Call Duration Bin Value_<x>	Int	x - from 0 to 3
Distribution bins for abnormally-released call duration for 5QI 1 QoS flow Number of samples_<x>	Int	x - from 0 to 3
Attempted RRC connection establishment cause_<x>	Int	x - from 0 to 3
Number of attempted RRC connection establishments_<x>	Int	x - from 0 to 3
Successful RRC connection establishment cause_<x>	Int	x - from 0 to 3
Number of successful RRC connection establishments_<x>	Int	x - from 0 to 3
Number of RRC connection re-establishment attempts	Int
Successful number of RRC connection re-establishment with UE context	Int
Successful number of RRC connection re-establishment without UE context	Int
Number of RRC connection resuming processes followed by network release	Int
Number of RRC connection resuming processes followed by network suspension	Int
Mean number of RRC connections	Int
Maximum number of RRC connections	Int
Mean number of stored inactive RRC connections	Int
Maximum number of stored inactive RRC connections	Int
Number of QoS flows attempted to release	Int
In-session activity time	Int
Number of QoS flows attempted to setup	Int
Number of QoS flows successfully established	Int
Number of QoS flows attempted to modify	Int
Number of QoS flows successfully modified	Int
Number of QoS flows failed to modify	Int
Number of DRBs attempted to setup	Int
Number of DRBs successfully setup	Int
Number of released active DRBs	Int
In-session activity time for DRBs	Int
Number of PDU sessions requested for setup	Int
Number of PDU sessions successfully setup	Int
Number of PDU sessions failed to setup	Int
Inter-system HO Number of requested HO preparations	Int
Inter-system HO Number of successful HO preparations	Int
Inter-system HO Number of failed HO preparations	Int
Inter-system HO Number of requested resource allocations for HO	Int
Inter-system HO Number of successful resource allocations for HO	Int
Inter-system HO Number of failed resource allocations for HO	Int
Inter-system HO Number of requested HO executions	Int
Inter-system HO Number of successful HO executions	Int
Inter-system HO Number of failed HO executions	Int
Inter-system HO Number of too early handovers	Int
Inter-system HO Number of too late handovers	Int
Inter-system HO Number of unnecessary handovers	Int
Inter-system HO Number of ping-pong handovers	Int

gNB-CU UP Measurements Test Data File Parameter definitions:

Each row is a gNB-CU.

Parameter Name	Value Range	Description
PDCP re-ordering delay in the UL	Int
Distribution bins for DL packet delay bin value_<x>	Int	x - from 0 to 3
Distribution bins for DL packet delay Number of samples_<x>	Int	x - from 0 to 3
Distribution bins for UL packet delay bin value_<x>	Int	x - from 0 to 3
Distribution bins for UL packet delay Number of samples_<x>	Int	x - from 0 to 3
UL PDCP SDU Loss Rate	Int
UL F1-U Packet Loss Rate	Int
DL PDCP SDU Drop Rate	Int
Average delay DL	Float
Average delay DL on F1-U	Float
Distribution bins for DL packet delay on F1-U bin value_<x>	Int	x - from 0 to 3
Distribution bins for DL packet delay on F1-U Number of samples_<x>	Int	x - from 0 to 3
DL PDCP PDU Data Volume	Int
DL PDCP SDU Data Volume	Int

gNB-DU Measurements Test Data File Parameter Definitions :

Each row is a gNB-DU.

Parameter Name	Value Range	Description
Average delay DL air-interface	Float
Average delay UL on over-the-air interface	Float
Average RLC packet delay in the UL	Float
Distribution bins for DL air-interface delay Bin value_<x>	Int	x - from 0 to 3
Distribution bins for DL air-interface delay Number of samples_<x>	Int	x - from 0 to 3
DL F1-U Packet Loss Rate	Int
DL RLC SDU Packet Drop Rate	Int
Average delay DL in gNB-DU	Int
Distribution bins of DL delay Bin value_<x>	Int	x - from 0 to 3
Distribution bins of DL delay Number of samples_<x>	Int	x - from 0 to 3
Average IP latency DL	Float
Distribution bins of DL IP latency Bin value_<x>	Int	x - from 0 to 3
Distribution bins of DL IP latency Number of samples_<x>	Int	x - from 0 to 3
Number of UE Context release requested from gNB-DU	Int
Average DL UE throughput	Float
Average UL UE throughput	Float
Percentage of unrestricted DL UE throughput	Int
Percentage of unrestricted UL UE throughput	Int
Distribution bins for DL UE throughput Bin value_<x>	Int	x - from 0 to 3
Distribution bins for DL UE throughput Number of samples_<x>	Int	x - from 0 to 3
Distribution bins for UL UE throughput Bin value_<x>	Int	x - from 0 to 3
Distribution bins for UL UE throughput Number of samples_<x>	Int	x - from 0 to 3

NR Cell Measurements Test Data File Parameter Definitions :

Each row is a cell.

Parameter Name	Value Range	Description
DL Total PRB Usage	Int
UL Total PRB Usage	Int
Distribution bins for DL Total PRB Usage Bin Value_<x>	Int	x - from 0 to 3
Distribution bins for DL Total PRB Usage Number of samples_<x>	Int	x - from 0 to 3
Distribution bins for UL Total PRB Usage Bin Value_<x>	Int	x - from 0 to 3
Distribution bins for UL Total PRB Usage Number of samples_<x>	Int	x - from 0 to 3
DL PRB used for data traffic	Int
UL PRB used for data traffic	Int
DL total available PRB	Int
UL total available PRB	Int
Total number of DL initial TBs	Int
Total number of DL QPSK initial TBs	Int
Total number of DL 16QAM initial TBs	Int
Total number of DL 64QAM initial TBs	Int
Total number of UL initial TBs	Int
Total number of UL QPSK initial TBs	Int
Total number of UL 16QAM initial TBs	Int
Total number of UL 64QAM initial TBs	Int
Error number of DL initial TBs	Int
Error number of DL QPSK initial TBs	Int
Error number of DL 16QAM initial TBs	Int
Error number of DL 64QAM initial TBs	Int
Error number of UL initial TBs	Int
Error number of UL QPSK initial TBs	Int
Error number of UL 16QAM initial TBs	Int
Error number of UL 64QAM initial TBs	Int
Total number of DL TBs	Int
Total number of DL QPSK TBs	Int
Total number of DL 16QAM TBs	Int
Total number of DL 64QAM TBs	Int
Total number of UL TBs	Int
Total number of UL QPSK TBs	Int
Total number of UL 16QAM TBs	Int
Total number of UL 64QAM TBs	Int
Total error number of DL TBs	Int
Total error number of DL QPSK TBs	Int
Total error number of DL 16QAM TBs	Int
Total error number of DL 64QAM TBs	Int
Total error number of UL TBs	Int
Total error number of UL QPSK TBs	Int
Total error number of UL 16QAM TBs	Int
Total error number of UL 64QAM TBs	Int
Residual error number of DL TBs	Int
Residual error number of DL QPSK TBs	Int
Residual error number of DL 16QAM TBs	Int
Residual error number of DL 64QAM TBs	Int
Residual error number of UL TBs	Int
Residual error number of UL QPSK TBs	Int
Residual error number of UL 16QAM TBs	Int
Residual error number of UL 64QAM TBs	Int
Distribution bins of CQI values Bin value_<x>	Int	x - from 0 to 3
Distribution bins of CQI values Number of samples_<x>	Int	x - from 0 to 3
Distribution bins of PDSCH MCS values Bin value_<x>	Int	x - from 0 to 3
Distribution bins of PDSCH MCS values Number of samples_<x>	Int	x - from 0 to 3
Distribution bins of PUSCH MCS values Bin value_<x>	Int	x - from 0 to 3
Distribution bins of PUSCH MCS values Number of samples_<x>	Int	x - from 0 to 3
Number of active UEs in the DL	Int
Maximum number of active UEs in the DL	Int
Number of active UEs in the UL	Int
Maximum number of active UEs in the UL	Int

UE Measurements Test Data File Parameter Definitions :

Each row is a UE.

Parameter Name	Value Range	Description
RSRP	0 <= VALUE <= 127
RSRQ	0 <= VALUE <= 127
SINR	0 <= VALUE <= 127
BO in Bytes	Int
Short BSR	0 <= VALUE <= 255
Long BSR	Hex chars
Short Truncated BSR	0 <= VALUE <= 255
Long Truncated BSR	Hex chars
Pre-emptive BSR	Hex chars
One Octet	0 <= VALUE <= 255
Four Octet	8 Hex chars
Duplication Activation/Deactivation	0 <= VALUE <= 255
Duplication RLC Activation/Deactivation	0 <= VALUE <= 255
PDCP State TX_Next	0 <= VALUE <= 4294967295
PDCP State RX_Next	0 <= VALUE <= 4294967295
PDCP State RX_Deliv	0 <= VALUE <= 4294967295
PDCP State RX_Reord	0 <= VALUE <= 4294967295
RLC UM State TX_Next	0 <= VALUE <= 4095
RLC UM State RX_Next_Reassembly	0 <= VALUE <= 4095
RLC UM State RX_Timer_Trigger	0 <= VALUE <= 4095
RLC UM State RX_Next_Highest	0 <= VALUE <= 4095
RLC AM State TX_Next_Ack	0 <= VALUE <= 262143
RLC AM State TX_Next	0 <= VALUE <= 262143
RLC AM State POLL_SN	0 <= VALUE <= 262143
RLC AM State RX_Next	0 <= VALUE <= 262143
RLC AM State RX_Next_Status_Trigger	0 <= VALUE <= 262143
RLC AM State RX_Highest_Status	0 <= VALUE <= 262143
RLC AM State RX_Next_Highest	0 <= VALUE <= 262143

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