A1 Tab


The A1 Consumer / Producer tabs are available when the A1 Interface is enabled on the RIC Node Emulator Configuration test case. The A1 interface is an open logical interface within O-RAN architecture between the Non-RT RIC functionality in the SMO and the Near-RT RIC functionality in the RAN.

About the 5G Application , About O-RAN O-DU Testing

Per 3GPP TS 23.501, 23.502, O-RAN.WG2.A1AP-v03.02 , O-RAN.WG2.A1GAP-v03.00, O-RAN.WG2.A1TD-v04.00, O-RAN.WG2.A1TP_v02.00, O-RAN.WG2.A1TS-v02.00, O-RAN.WG2.A1UCR-v01.00, O-RAN.WG2.Non-RT-RIC-ARCH-TS-v02.01

Measurements collected for RIC Node is reported on the related Consumer / Producer report tab.

Non-RT A1 Consumer

Non-RT A1 Consumer

 

Non-RT A1 Consumer

Non-RT A1 Consumer

Non-RT A1 Consumer

 

Non-RT A1 Producer

Near-RT A1 Producer

Near-RT A1 Consumer

 

 


Non-RT A1 Consumer

Number of Policy Objects

 

Select the Number of Policy Objects.  The Policy Object is the JSON representation of an A1 policy. A Policy Object contains a scope identifier and at least one policy statement (i.e one or more policy objective statements and/or one or more policy resource statements)

Range : 1 to 8

Default : 1

Tcl Parameter: NonRtRicA1CsmrPolObjNum

 

Select to enter the Policy Type ID. Policy Type Identifier.

Options : 

ORAN_QoSTarget_2.0.0 (QoS Target), 

ORAN_QoETarget_2.0.0 (QoE Target),
ORAN_TrafficSteeringPreference_2.0.0 (Traffic Steering Preferences),
ORAN_QoSandTSP_2.0.0 (QoS optimization with resource directive),
ORAN_QoEandTSP_2.0.0 (QoE optimization with resource directive),
ORAN_UELevelTarget_1.0.0 (UE Level Target),
ORAN_SliceSLATarget_2.0.0 (Slice SLA Target),
ORAN_LoadBalancing 1.0.0 (Load Balancing)

For same Policy Type ID, multiple Policy Objects can be configured, but must not be duplicated with same Scope setting.

Tcl Parameter: NonRtRicA1CsmrPolTypeId_1

 

Scope - The policy scope in a Policy Object contains a scope identifier that can be e.g. a ueId, a groupId or a cellId. The A1 -P Consumer maps the policyIds to scope identifiers in order to manage e.g. all policies applicable to a specific individual ueId. If there are several policies related to the same scope identifier, then several policy operations are made to manage that specific scope. At least one ID (UE, Group ID, etc) listed should be checked.The valid combination of IDs for a specific Policy Type ID is specified in spec O-RAN.WG2.A1TD-v04.00. Refer to 5.2.1.2.2 for allowed combinations of scope id for policy type ORAN_QoSTarget_2.0.0.

 

Original Policy / Updated Policy

Per spec O-RAN.WG2.A1TD-v04.00.

Update Policy

 

Copy Original to Updated

Select Update Policy for "Updated Policy" pane to become available for capture.

Click on "Copy Original to Updated" to copy all the parameters (with the exception of UE ID which cannot be edited in the updated pane) from the Original Policy Pane to the Updated Policy Pane to create a new policy. 

Enter the parameters in the Updated Policy Pane. When creating the new policy the same UE ID from the original pane will be used to generate the new policy.

 

Tcl Parameter: NonRtRicA1CsmrUpdatePolicyEn_1

 

Scope

Per spec O-RAN.WG2.A1TD-v04.00.

UE ID

Select to enter the UE ID (UE Identity). 

Identifies the UE that policy statement(s) are applied to. Not available in the Updated Policy pane.

Range : 0 to 18446744073709551615, Default : 0

Tcl Parameter: NonRtRicA1CsmrUeIdEn_1

Tcl Parameter: NonRtRicA1CsmrUeId_1

Group ID

RSFP Index

SP ID

Select to enter the Group ID details. Identifies multiple UEs that policy statement(s) are applied to.

Select to enter the RSFP (RAT/Frequency Selection Priority) Index or the SP ID (Subscriber Profile IDentity).

Not available when Policy Type ID is ORAN_QoETarget_2.0.0,  ORAN_TrafficSteeringPreference_2.0.0,   ORAN_QoSandTSP_2.0.0 and ORAN_QoEandTSP_2.0.0

Range : 1 to 256

Default : 1

Tcl Parameter: NonRtRicA1CsmrGrpIdEn_1

Tcl Parameter: NonRtRicA1CsmrGrpIdRsfpIdxEn_1

Tcl Parameter: NonRtRicA1CsmrGrpIdRsfpIdx_1

Tcl Parameter: NonRtRicA1CsmrGrpIdSpIdEn_1

Tcl Parameter: NonRtRicA1CsmrGrpIdSpId_1

Tcl Parameter: NonRtRicA1CsmrUpdGrpIdEn_1

Tcl Parameter: NonRtRicA1CsmrUpdGrpIdRsfpIdxEn_1

Tcl Parameter: NonRtRicA1CsmrUpdGrpIdRsfpIdx_1

Tcl Parameter: NonRtRicA1CsmrUpdGrpIdSpIdEn_1

Tcl Parameter: NonRtRicA1CsmrUpdGrpIdSpId_1

Cell ID

NCI

ECI

MCC

MNC

 

Select to enter the Cell ID details. Identifies the cell that the policy statement(s) are applied to.

Select to enter the NCI (NR Cell ID) parameter is defined per NR Cell Identity (TS38.413 - 9.3.1.7).

Range : 1 to 687194476735

Default : 1

Select to enter the ECI (E-UTRAN Cell ID). 

Range : 1 to 268435455

Default : 1

Enter the MCC (Mobile Country Code (3 digits)) and MNC (Mobile Network Code (between two and three digits)).

Default: 000

Tcl Parameter: NonRtRicA1CsmrCellIdEn_1

Tcl Parameter: NonRtRicA1CsmrCellIdNciEn_1

Tcl Parameter: NonRtRicA1CsmrCellIdNci_1

Tcl Parameter: NonRtRicA1CsmrCellIdEciEn_1

Tcl Parameter: NonRtRicA1CsmrCellIdEci_1

Tcl Parameter: NonRtRicA1CsmrCellIdMcc_1

Tcl Parameter: NonRtRicA1CsmrCellIdMnc_1

Tcl Parameter: NonRtRicA1CsmrUpdCellIdEn_1

Tcl Parameter: NonRtRicA1CsmrUpdCellIdNciEn_1

Tcl Parameter: NonRtRicA1CsmrUpdCellIdNci_1

Tcl Parameter: NonRtRicA1CsmrUpdCellIdEciEn_1

Tcl Parameter: NonRtRicA1CsmrUpdCellIdEci_1

Tcl Parameter: NonRtRicA1CsmrUpdCellIdMcc_1

Tcl Parameter: NonRtRicA1CsmrUpdCellIdMnc_1

Slice ID

SST

SD

Select to enter the Slice ID (S-NSSAI Single - Network Slice Selection Information). Identifies the network slice that policy statement(s) are applied to.

The Slice ID contains two components: the SST (Slice / Service Type) and an optional SD (Slice Differentiator).

Range of SST : 0 to 255, default : 1

Range of SD : 1 to 6 Hex Characters

Enter the MCC (Mobile Country Code (3 digits)) and MNC (Mobile Network Code (between two and three digits)).

Default: 000

Tcl Parameter: NonRtRicA1CsmrSliceIdEn_1

Tcl Parameter: NonRtRicA1CsmrSliceIdVal_1

Tcl Parameter: NonRtRicA1CsmrSliceIdMcc_1

Tcl Parameter: NonRtRicA1CsmrSliceIdMnc_1

Tcl Parameter: NonRtRicA1CsmrUpdSliceIdEn_1

Tcl Parameter: NonRtRicA1CsmrUpdSliceIdVal_1

Tcl Parameter: NonRtRicA1CsmrUpdSliceIdMcc_1

Tcl Parameter: NonRtRicA1CsmrUpdSliceIdMnc_1

QoS ID

5QI

QCI

Select to enter the QoS ID (Quality of Service Identifier). Identifies the QoS flow that policy

statement(s) are applied to.

Select to enter the 5QI (5G QoS Identifier).

Range : 1 to 256

Default : 1

Select to enter the QCI (QoS Class Identifier).

Range : 1 to 256

Default : 1

Tcl Parameter: NonRtRicA1CsmrQosIdEn_1

Tcl Parameter: NonRtRicA1CsmrQosId5qiEn_1

Tcl Parameter: NonRtRicA1CsmrQosId5qi_1

Tcl Parameter: NonRtRicA1CsmrQosIdQciEn_1

Tcl Parameter: NonRtRicA1CsmrQosIdQci_1

Tcl Parameter: NonRtRicA1CsmrUpdQosIdEn_1

Tcl Parameter: NonRtRicA1CsmrUpdQosId5qiEn_1

Tcl Parameter: NonRtRicA1CsmrUpdQosId5qi_1

Tcl Parameter: NonRtRicA1CsmrUpdQosIdQciEn_1

Tcl Parameter: NonRtRicA1CsmrUpdQosIdQci_1

 

QoS (Quality of Service) Objectives

At least one option must be selected. Available when Policy Type ID is ORAN_QoSTarget_2.0.0 and ORAN_QoSandTSP_2.0.0

Guaranteed Flow Bit Rate

Maximum Flow Bit Rate

Select to enter the Guaranteed Flow Bit Rate and the Maximum Flow Bit Rate for the QoS Objectives.

Range : 0 to 100000000000000, Default : 1000000

Tcl Parameter: NonRtRicA1CsmrGfbrEn_1

Tcl Parameter: NonRtRicA1CsmrGfbr_1

Tcl Parameter: NonRtRicA1CsmrMfbrEn_1

Tcl Parameter: NonRtRicA1CsmrMfbr_1

Tcl Parameter: NonRtRicA1CsmrUpdGfbrEn_1

Tcl Parameter: NonRtRicA1CsmrUpdGfbr_1

Tcl Parameter: NonRtRicA1CsmrUpdMfbrEn_1

Tcl Parameter: NonRtRicA1CsmrUpdMfbr_1

Priority Level

Select to enter the Priority Level for the QoS Objectives.

Range : 1 to 65535

Default : 1

Tcl Parameter: NonRtRicA1CsmrPriLvlEn_1

Tcl Parameter: NonRtRicA1CsmrPriLvl_1

Tcl Parameter: NonRtRicA1CsmrUpdPriLvlEn_1

Tcl Parameter: NonRtRicA1CsmrUpdPriLvl_1

Packet Delay Budget (ms)

Select to enter the Packet Delay Budget in milliseconds for the QoS Objectives.

Range : 1 to 4294967295

Default : 1

Tcl Parameter: NonRtRicA1CsmrPdbEn_1

Tcl Parameter: NonRtRicA1CsmrPdb_1

Tcl Parameter: NonRtRicA1CsmrUpdPdbEn_1

Tcl Parameter: NonRtRicA1CsmrUpdPdb_1

 

QoE (Quality of Experience) Objectives

At least one option must be selected. Available when Policy Type ID is ORAN_QoETarget_2.0.0  and ORAN_QoEandTSP_2.0.0

QoE Score

Select to enter the QoE (Quality of Experience) Score for the QoE Objectives. It is mean opinion score (MOS) value between 1 and 5, it can be either e.g. video MOS,

as specified in ITU-T P.1203.3 or a customized MOS.

Range : 1.0 to 5.10 

Default : 1.0

Tcl Parameter: NonRtRicA1CsmrQoeScoreEn_1

Tcl Parameter: NonRtRicA1CsmrQoeScore_1

Tcl Parameter: NonRtRicA1CsmrUpdQoeScoreEn_1

Tcl Parameter: NonRtRicA1CsmrUpdQoeScore_1

Initial Buffering (s)

Select to enter the Initial Buffering in seconds for the QoE Objectives. refers to the time in seconds between the initiation of video playback by the user and the

actual start of the playback as specified in ITU-T P.1203.3.

Range : 0 to 10000

Default : 0

Tcl Parameter: NonRtRicA1CsmrInitialBuffEn_1

Tcl Parameter: NonRtRicA1CsmrInitialBuff_1

Tcl Parameter: NonRtRicA1CsmrUpdInitialBuffEn_1

Tcl Parameter: NonRtRicA1CsmrUpdInitialBuff_1

Rebuffering Frequency

Select to enter the Rebuffering Frequency for the QoE Objectives. It can be calculated by taking the number of stalling events (excluding the initial buffering)

and dividing by the length of media as specified in ITU-T P.1203.3 [14] or by a customized time Window.

Range : 0 to 100

Default : 0

Tcl Parameter: NonRtRicA1CsmrRebuffFreqEn_1

Tcl Parameter: NonRtRicA1CsmrRebuffFreq_1

Tcl Parameter: NonRtRicA1CsmrUpdRebuffFreqEn_1

Tcl Parameter: NonRtRicA1CsmrUpdRebuffFreq_1

Stall Ratio

Select to enter the Stall Ratio for the QoE Objectives. 

Ratio of the sum of duration of the stalling events to the total media length as specified in ITU-T P.1203.3 [14] or by a customized time window.

Range : 0 to 100

Default : 0

Tcl Parameter: NonRtRicA1CsmrStallRatioEn_1

Tcl Parameter: NonRtRicA1CsmrStallRatio_1

Tcl Parameter: NonRtRicA1CsmrUpdStallRatioEn_1

Tcl Parameter: NonRtRicA1CsmrUpdStallRatio_1

 

TSP (Traffic Steering Preference) Resources

At least one option must be selected. Available when Policy Type ID is ORAN_TrafficSteeringPreference_2.0.0,   ORAN_QoSandTSP_2.0.0 and ORAN_QoEandTSP_2.0.0

Number of Cell IDs

Select to enter the number of Cell IDs for the TSP Resources. For each Cell Id enter the NCI, ECI, MCC and MNC.

Range : 1 to 5 

Default : 1

Select to enter the NCI (NR Cell ID) parameter is defined per NR Cell Identity (TS38.413 - 9.3.1.7).

Range : 1 to 687194476735

Default : 1

Select to enter the ECI (E-UTRAN Cell ID). 

Range : 1 to 268435455

Default : 1

Enter the MCC (Mobile Country Code (3 digits)) and MNC (Mobile Network Code (between two and three digits)).

Default: 000

Tcl Parameter: NonRtRicA1CsmrTspCellIdNum_1

Tcl Parameter: NonRtRicA1CsmrTspCellIdNciEn_1_1

Tcl Parameter: NonRtRicA1CsmrTspCellIdNci_1_1

Tcl Parameter: NonRtRicA1CsmrTspCellIdEciEn_1_1

Tcl Parameter: NonRtRicA1CsmrTspCellIdEci_1_1

Tcl Parameter: NonRtRicA1CsmrTspCellIdMcc_1_1

Tcl Parameter: NonRtRicA1CsmrTspCellIdMnc_1_1

Tcl Parameter: NonRtRicA1CsmrUpdTspCellIdNum_1

Tcl Parameter: NonRtRicA1CsmrUpdTspCellIdNciEn_1_1

Tcl Parameter: NonRtRicA1CsmrUpdTspCellIdNci_1_1

Tcl Parameter: NonRtRicA1CsmrUpdTspCellIdEciEn_1_1

Tcl Parameter: NonRtRicA1CsmrUpdTspCellIdEci_1_1

Tcl Parameter: NonRtRicA1CsmrUpdTspCellIdMcc_1_1

Tcl Parameter: NonRtRicA1CsmrUpdTspCellIdMnc_1_1

Preference

Select the Preference for the TSP Resources.

Options : SHALL, PREFER, AVOID, FORBID

Default : SHALL

Tcl Parameter: NonRtRicA1CsmrTspPreference_1

Tcl Parameter: NonRtRicA1CsmrUpdTspPreference_1

Primary

Select to indicate Primary for the TSP Resources.

ROptions : False, True

Default : False

Tcl Parameter: NonRtRicA1CsmrTspPrimaryEn_1

Tcl Parameter: NonRtRicA1CsmrTspPrimary_1

Tcl Parameter: NonRtRicA1CsmrUpdTspPrimaryEn_1

Tcl Parameter: NonRtRicA1CsmrUpdTspPrimary_1

 

UE Level Objectives

At least one option must be selected. Available when Policy Type ID is ORAN_UELevelTarget_1.0.0

UL Throughput (kbps)

 

UL Packet Delay (ms)

 

UL PDCP SDU Packet Loss Rate

Select to enter the Uplink throughput in kpbs for UE Level Objectives. 

The average UL RAN UE throughput as the UE performance targets or RAN optimization constraints. See 3GPP TS 28.552.

Range : 1 to 100000000000000

Default : 100000

Select to enter the Uplink packet delay in milliseconds for UE Level Objectives. Uplink Packet delay in the range of 0-1 millisecond as the UE performance targets or RAN optimization constraints. see 3GPP TS 38.314 [16] and TS 28.552.

Range : 0 to 100000000

Default : 10

Select to enter the Uplink PDCP SDU Packet Loss Rate for UE Level Objectives. UL reliability as the UE  performance targets or RAN optimization constraints. see 3GPP TS 28.552.

Range : 0.0 to 1.1

Default : 0.0

Tcl Parameter: NonRtRicA1CsmrUeUlThptEn_1

Tcl Parameter: NonRtRicA1CsmrUeUlThpt_1_1

Tcl Parameter: NonRtRicA1CsmrUeUlPktDelayEn_1_1

Tcl Parameter: NonRtRicA1CsmrUeUlPktDelay_1_1

Tcl Parameter: NonRtRicA1CsmrUeUlPdcpSduPktLossRateEn_1_1

Tcl Parameter: NonRtRicA1CsmrUeUlPdcpSduPktLossRate_1_1

Tcl Parameter: NonRtRicA1CsmrUpdUeUlThptEn_1

Tcl Parameter: NonRtRicA1CsmrUpdUeUlThpt_1_1

Tcl Parameter: NonRtRicA1CsmrUpdUeUlPktDelayEn_1_1

Tcl Parameter: NonRtRicA1CsmrUpdUeUlPktDelay_1_1

Tcl Parameter: NonRtRicA1CsmrUpdUeUlPdcpSduPktLossRateEn_1_1

Tcl Parameter: NonRtRicA1CsmrUpdUeUlPdcpSduPktLossRate_1_1

UL Reliability

Packet Size (bytes)

User Plane Latency (ms)

Success Probability (%)

Select Enable Uplink Reliability for UE Level Objectives.

UL reliability as the UE performance targets or RAN optimization Constraints.

Enter the data Packet Size in bytes.

Range : 1 to 4096

Default : 1000

Enter the User Plane Latency in milliseconds. Enter the User Plane Latency in milliseconds. The time it takes to deliver a data packet from the radio protocol layer 2/3 SDU ingress point to the radio protocol layer 2/3 SDU egress point of the radio interface in unit of ms,which can be derived from 3GPP TS 38.314.

Range : 0 to 100000000

Default : 10

Enter the Success probability in percentage. The success probability of transmitting a data packet in packet size within the user plane latency.

Range : 0 to 100

Default : 98

Tcl Parameter: NonRtRicA1CsmrUeUlRelRelEn_1

Tcl Parameter: NonRtRicA1CsmrUeUlRelRelPktSizeEn_1

Tcl Parameter: NonRtRicA1CsmrUeUlRelRelLatency_1

Tcl Parameter: NonRtRicA1CsmrUeUlRelRelSuccProb_1

Tcl Parameter: NonRtRicA1CsmrUpdUeUlRelRelEn_1

Tcl Parameter: NonRtRicA1CsmrUpdUeUlRelRelPktSizeEn_1

Tcl Parameter: NonRtRicA1CsmrUpdUeUlRelRelLatency_1

Tcl Parameter: NonRtRicA1CsmrUpdUeUlRelRelSuccProb_1

DL Throughput (kbps)

 

DL Packet Delay (ms)

 

DL RLC SDU Packet Loss Rate

Select to enter the Downlink throughput in kpbs for UE Level Objectives.

The average DL RAN UE throughput as the UE performance targets or RAN optimization constraints. See 3GPP TS 28.552.

Range : 1 to 100000000000000

Default : 100000

Select to enter the Downlink packet delay in milliseconds for UE Level Objectives. Downlink Packet delay in the range of 0-1 millisecond as the UE performance targets or RAN optimization constraints. see 3GPP TS 38.314 [16] and TS 28.552.

Range : 0 to 100000000

Default : 10

Select to enter the Downlink RLC SDU Packet Loss Rate for UE Level Objectives. DL reliability as the UE performance targets or RAN optimization constraints. See 3GPP TS 38.314.

Range : 0.0 to 1.1

Default : 0.0

Tcl Parameter: NonRtRicA1CsmrUeDlThptEn_1

Tcl Parameter: NonRtRicA1CsmrUeDlThpt_1_1

Tcl Parameter: NonRtRicA1CsmrUeDlPktDelayEn_1_1

Tcl Parameter: NonRtRicA1CsmrUeDlPktDelay_1_1

Tcl Parameter: NonRtRicA1CsmrUeDlRlcSduPktLossRateEn_1_1

Tcl Parameter: NonRtRicA1CsmrUeDlRlcSduPktLossRate_1_1

Tcl Parameter: NonRtRicA1CsmrUpdUeDlThptEn_1

Tcl Parameter: NonRtRicA1CsmrUpdUeDlThpt_1_1

Tcl Parameter: NonRtRicA1CsmrUpdUeDlPktDelayEn_1_1

Tcl Parameter: NonRtRicA1CsmrUpdUeDlPktDelay_1_1

Tcl Parameter: NonRtRicA1CsmrUpdUeDlRlcSduPktLossRateEn_1_1

Tcl Parameter: NonRtRicA1CsmrUpdUeDlRlcSduPktLossRate_1_1

DL Reliability

Packet Size (bytes)

User Plane Latency (ms)

Success Probability (%)

Select Enable Downlink Reliability for UE Level Objectives. DL reliability as the UE performance targets or RAN optimization Constraints.

Enter the data Packet Size in bytes.

Range : 1 to 4096

Default : 1000

Enter the User Plane Latency in milliseconds. The time it takes to deliver a data packet from the radio protocol layer 2/3 SDU ingress point to the radio protocol layer 2/3 SDU egress point of the radio interface in unit of ms,which can be derived from 3GPP TS 38.314.

Range : 0 to 100000000

Default : 10

Enter the Success probability in percentage. Enter the Success probability in percentage. The success probability of transmitting a data packet in packet size within the user plane latency.

Range : 0 to 100

Default : 98

Tcl Parameter: NonRtRicA1CsmrUeDlRelRelEn_1

Tcl Parameter: NonRtRicA1CsmrUeDlRelRelPktSizeEn_1

Tcl Parameter: NonRtRicA1CsmrUeDlRelRelLatency_1

Tcl Parameter: NonRtRicA1CsmrUeDlRelRelSuccProb_1

Tcl Parameter: NonRtRicA1CsmrUpdUeDlRelRelEn_1

Tcl Parameter: NonRtRicA1CsmrUpdUeDlRelRelPktSizeEn_1

Tcl Parameter: NonRtRicA1CsmrUpdUeDlRelRelLatency_1

Tcl Parameter: NonRtRicA1CsmrUpdUeDlRelRelSuccProb_1

 

Slice SLA Objectives

At least one option must be selected. Available when Policy Type ID is ORAN_SliceSLATarget_2.0.0

Maximum Number of UEs

Select to enter the Maximum number of UEs for Slice SLA Objectives. This attribute describes the partial SLA target for providing maximum number of RRC connected UEs to be served by the network slice concurrently. Scope identifier designates the respective network slice and optionally slice SLA resources can further designate targeted cells.

Range : 0 to 100000000

Default : 100

Tcl Parameter: NonRtRicA1CsmrSlaMaxUesEn_1

Tcl Parameter: NonRtRicA1CsmrSlaMaxUes_1

Tcl Parameter: NonRtRicA1CsmrUpdSlaMaxUesEn_1

Tcl Parameter: NonRtRicA1CsmrUpdSlaMaxUes_1

Maximum Number of PDU Sessions

Select to enter the Maximum number of PDU Sessions for Slice SLA Objectives. This attribute describes the partial SLA target for providing maximum number of PDU sessions to besupported by the network slice concurrently. Scope identifier designates the respective network slice and optionally slice SLA resources can further designate targeted cells.

Range : 0 to 100000000

Default : 800

Tcl Parameter: NonRtRicA1CsmrSlaMaxPduSessEn_1

Tcl Parameter: NonRtRicA1CsmrSlaMaxPduSess_1

Tcl Parameter: NonRtRicA1CsmrUpdSlaMaxPduSessEn_1

Tcl Parameter: NonRtRicA1CsmrUpdSlaMaxPduSess_1

Guaranteed DL Throughput Per Slice (kbps)

 

Maximum DL Throughput Per Slice (kbps)

 

Maximum DL Throughput Per UE (kbps)

Select to enter the Guaranteed Downlink throughput per slice in kpbs for Slice SLA Objectives. 

This attribute describes the partial SLA target for

providing guaranteed data rate as kbps in downlink to

be served by the network slice. Scope identifier

designates the respective network slice and optionally

slice SLA resources can further designate targeted

cells.

Range : 1 to 100000000000000

Default : 100000

Select to enter the Maximum Downlink throughput per slice in kpbs for Slice SLA Objectives. 

Range : 1 to 100000000000000

Default : 100000

Select to enter the Maximum Downlink throughput per UE in kpbs for Slice SLA Objectives. 

This attribute describes the maximum data rate

supported by the network slice per UE in downlink in

kbps. Scope identifier designates the respective

network slice and optionally slice SLA resources can

further designate targeted cells.

Range : 1 to 100000000000000

Default : 100000

Tcl Parameter: NonRtRicA1CsmrSlaGuarDlThptSliceEn_1

Tcl Parameter: NonRtRicA1CsmrSlaGuarDlThptSlice_1

Tcl Parameter: NonRtRicA1CsmrSlaMaxDlThptSliceEn_1

Tcl Parameter: NonRtRicA1CsmrSlaMaxDlThptSlice_1

Tcl Parameter: NonRtRicA1CsmrSlaMaxDlThptPerUeEn_1

Tcl Parameter: NonRtRicA1CsmrSlaMaxDlThptPerUe_1

Tcl Parameter: NonRtRicA1CsmrUpdSlaGuarDlThptSliceEn_1

Tcl Parameter: NonRtRicA1CsmrUpdSlaGuarDlThptSlice_1

Tcl Parameter: NonRtRicA1CsmrUpdSlaMaxDlThptSliceEn_1

Tcl Parameter: NonRtRicA1CsmrUpdSlaMaxDlThptSlice_1

Tcl Parameter: NonRtRicA1CsmrUpdSlaMaxDlThptPerUeEn_1

Tcl Parameter: NonRtRicA1CsmrUpdSlaMaxDlThptPerUe_1

Guaranteed UL Throughput Per Slice (kbps)

 

Maximum UL Throughput Per Slice (kbps)

 

Maximum UL Throughput Per UE (kbps)

Select to enter the Guaranteed Uplink throughput per slice in kpbs for Slice SLA Objectives. 

This attribute describes the partial SLA target for

providing guaranteed data rate as kbps in uplink to

be served by the network slice. Scope identifier

designates the respective network slice and optionally

slice SLA resources can further designate targeted

cells.

Range : 1 to 100000000000000

Default : 100000

Select to enter the Maximum Uplink throughput per slice in kpbs for Slice SLA Objectives. 

Range : 1 to 100000000000000

Default : 100000

Select to enter the Maximum Uplink throughput per UE in kpbs for Slice SLA Objectives. 

This attribute describes the maximum data rate

supported by the network slice per UE in uplink in

kbps. Scope identifier designates the respective

network slice and optionally slice SLA resources can

further designate targeted cells.

Range : 1 to 100000000000000

Default : 100000

Tcl Parameter: NonRtRicA1CsmrSlaGuarUlThptSliceEn_1

Tcl Parameter: NonRtRicA1CsmrSlaGuarUlThptSlice_1

Tcl Parameter: NonRtRicA1CsmrSlaMaxUlThptSliceEn_1

Tcl Parameter: NonRtRicA1CsmrSlaMaxUlThptSlice_1

Tcl Parameter: NonRtRicA1CsmrSlaMaxUlThptPerUeEn_1

Tcl Parameter: NonRtRicA1CsmrSlaMaxUlThptPerUe_1

Tcl Parameter: NonRtRicA1CsmrUpdSlaGuarUlThptSliceEn_1

Tcl Parameter: NonRtRicA1CsmrUpdSlaGuarUlThptSlice_1

Tcl Parameter: NonRtRicA1CsmrUpdSlaMaxUlThptSliceEn_1

Tcl Parameter: NonRtRicA1CsmrUpdSlaMaxUlThptSlice_1

Tcl Parameter: NonRtRicA1CsmrUpdSlaMaxUlThptPerUeEn_1

Tcl Parameter: NonRtRicA1CsmrUpdSlaMaxUlThptPerUe_1

Maximum DL Packet Delay Per UE (ms)

 

Maximum UL Packet Delay Per UE (ms)

 

Select to Enable Maximum DL/UL Packet Delay Per UE for Slice SLA Objectives. 

This attribute describes the maximum delay for DL / UL packets in ms as the performance target that is

that is communicated to the Near-RT RIC.

 

Enter the Maximum DL/UL Packet Delay Per UEi n milliseconds.

Range : 0 to 100000000

Default : 10

Tcl Parameter: NonRtRicA1CsmrSlaMaxDlPktDelayPerUeEn_1

Tcl Parameter: NonRtRicA1CsmrSlaMaxDlPktDelayPerUe_1

Tcl Parameter: NonRtRicA1CsmrSlaMaxUlPktDelayPerUeEn_1

Tcl Parameter: NonRtRicA1CsmrSlaMaxUlPktDelayPerUe_1

Tcl Parameter: NonRtRicA1CsmrUpdSlaMaxDlPktDelayPerUeEn_1

Tcl Parameter: NonRtRicA1CsmrUpdSlaMaxDlPktDelayPerUe_1

Tcl Parameter: NonRtRicA1CsmrUpdSlaMaxUlPktDelayPerUeEn_1

Tcl Parameter: NonRtRicA1CsmrUpdSlaMaxUlPktDelayPerUe_1

Maximum DL PDCP SDU Packet Loss Rate Per UE 

Select to Enable Maximum DL PDCP SDU Packet Loss rate Per UE for Slice SLA Objectives. 

This attribute describes the maximum DL PDCP

SDU level packet loss rate, a number between 0 and

1, as the performance target that is communicated to

the Near-RT RIC.

 

Range : 0.0 to 1.0

Default : 0.0

Tcl Parameter: NonRtRicA1CsmrSlaMaxDlPdcpSduPktLossRatePerUeEn_1

Tcl Parameter: NonRtRicA1CsmrSlaMaxDlPdcpSduPktLossRatePerUe_1

Tcl Parameter: NonRtRicA1CsmrUpdSlaMaxDlPdcpSduPktLossRatePerUeEn_1

Tcl Parameter: NonRtRicA1CsmrUpdSlaMaxDlPdcpSduPktLossRatePerUe_1

Maximum UL RLC SDU Packet Loss Rate Per UE 

Select to Enable Maximum UL RLC SDU Packet Loss rate Per UE for Slice SLA Objectives. 

This attribute describes the maximum UL RLC SDU level packet loss rate, a number between 0 and 1, as the performance target that is communicated to the Near-RT RIC.

 

Range : 0.0 to 1.0

Default : 0.0

Tcl Parameter: NonRtRicA1CsmrSlaMaxUlRlcSduPktLossRatePerUeEn_1

Tcl Parameter: NonRtRicA1CsmrSlaMaxUlRlcSduPktLossRatePerUe_1

Tcl Parameter: NonRtRicA1CsmrUpdSlaMaxUlRlcSduPktLossRatePerUeEn_1

Tcl Parameter: NonRtRicA1CsmrUpdSlaMaxUlRlcSduPktLossRatePerUe_1

Maximum UL / UL Jitter Per UE (ms)

Select to Enable Maximum UL / DL Jitter Per UE in milliseconds for Slice SLA Objectives. 

This attribute describes the maximum DL / UL jitter in ms, which is the deviation from the desired packet arrival time to the actual packet arrival time, as the performance target that is communicated to the Near-RT RIC.

 

Range : 0 to 100000000

Default : 10

Tcl Parameter: NonRtRicA1CsmrSlaMaxDlJitterPerUeEn_1

Tcl Parameter: NonRtRicA1CsmrSlaMaxDlJitterPerUe_1

Tcl Parameter: NonRtRicA1CsmrSlaMaxUlJitterPerUeEn_1

Tcl Parameter: NonRtRicA1CsmrSlaMaxUlJitterPerUe_1

Tcl Parameter: NonRtRicA1CsmrUpdSlaMaxDlJitterPerUeEn_1

Tcl Parameter: NonRtRicA1CsmrUpdSlaMaxDlJitterPerUe_1

Tcl Parameter: NonRtRicA1CsmrUpdSlaMaxUlJitterPerUeEn_1

Tcl Parameter: NonRtRicA1CsmrUpdSlaMaxUlJitterPerUe_1

DL Slice Priority

UL Slice Priority

Select to Enable DL / UL Slice Priority for Slice SLA Objectives. 

This attribute describes the priority of the slice in DL / UL, that is communicated to the Near-RT RIC, for providing prioritization for using RAN resources. According to this attribute, QoS flows under a slice are prioritized. The lower the value, the higher the

priority. The value shall be greater than or equal to 1.

Range : 1 to 256

Default : 1

Tcl Parameter: NonRtRicA1CsmrSlaDlSliceEn_1

Tcl Parameter: NonRtRicA1CsmrSlaDlSlice_1

Tcl Parameter: NonRtRicA1CsmrSlaUlSliceEn_1

Tcl Parameter: NonRtRicA1CsmrSlaUlSlice_1

Tcl Parameter: NonRtRicA1CsmrUpdSlaDlSliceEn_1

Tcl Parameter: NonRtRicA1CsmrUpdSlaDlSlice_1

Tcl Parameter: NonRtRicA1CsmrUpdSlaUlSliceEn_1

Tcl Parameter: NonRtRicA1CsmrUpdSlaUlSlice_1

Minimum UL Reliability Per UE

Packet Size (bytes)

User Plane Latency (ms)

Success Probability (%)

Select Enable Minimum UL Reliability for Slice SLA Objectives. This attribute describes the minimum DL reliability as the performance target that is communicated to the Near-RT RIC.

Enter the Packet Size in bytes.

Range : 1 to 4096

Default : 1000

Enter the User Plane Latency in milliseconds.

Range : 0 to 100000000

Default : 10

Enter the Success probability in percentage.

Range : 0 to 100

Default : 98

Tcl Parameter: NonRtRicA1CsmrSlaMinUlRelRelEn_1

Tcl Parameter: NonRtRicA1CsmrSlaMinUlRelRelPktSize_1

Tcl Parameter: NonRtRicA1CsmrSlaMinUlRelRelLatency_1

Tcl Parameter: NonRtRicA1CsmrSlaMinUlRelRelSuccProb_1

Tcl Parameter: NonRtRicA1CsmrUpdSlaMinUlRelRelEn_1

Tcl Parameter: NonRtRicA1CsmrUpdSlaMinUlRelRelPktSize_1

Tcl Parameter: NonRtRicA1CsmrUpdSlaMinUlRelRelLatency_1

Tcl Parameter: NonRtRicA1CsmrUpdSlaMinUlRelRelSuccProb_1

Minimum DL Reliability Per UE

Packet Size (bytes)

User Plane Latency (ms)

Success Probability (%)

Select Enable Minimum DL Reliability for Slice SLA Objectives. This attribute describes the minimum DL reliability as the performance target that is communicated to the Near-RT RIC.

Enter the Packet Size in bytes.

Range : 1 to 4096

Default : 1000

Enter the User Plane Latency in milliseconds.

Range : 0 to 100000000

Default : 10

Enter the Success probability in percentage.

Range : 0 to 100

Default : 98

Tcl Parameter: NonRtRicA1CsmrSlaMinDlRelRelEn_1

Tcl Parameter: NonRtRicA1CsmrSlaMinDlRelRelPktSize_1

Tcl Parameter: NonRtRicA1CsmrSlaMinDlRelRelLatency_1

Tcl Parameter: NonRtRicA1CsmrSlaMinDlRelRelSuccProb_1

Tcl Parameter: NonRtRicA1CsmrUpdSlaMinDlRelRelEn_1

Tcl Parameter: NonRtRicA1CsmrUpdSlaMinDlRelRelPktSize_1

Tcl Parameter: NonRtRicA1CsmrUpdSlaMinDlRelRelLatency_1

Tcl Parameter: NonRtRicA1CsmrUpdSlaMinDlRelRelSuccProb_1

Include Slice SLA Resources

Resource Type

 

Number of Cell IDs

 

Number of TAIs

 

Select the Resource Type  - Cell ID or TAI. 

When Resource Type = Cell ID, select to enter the number of Cell IDs for the Slice SLA  Resources. For each Cell Id enter the NCI, ECI, MCC and MNC.

Range : 1 to 5 

Default : 1

Select to enter the NCI (NR Cell ID) parameter is defined per NR Cell Identity (TS38.413 - 9.3.1.7).

Range : 1 to 687194476735

Default : 1

Select to enter the ECI (E-UTRAN Cell ID). 

Range : 1 to 268435455

Default : 1

Enter the MCC (Mobile Country Code (3 digits)) and MNC (Mobile Network Code (between two and three digits)).

Default: 000

When Resource Type = TAI (Tracking Area Identity), select to enter the number of TAIs for the Slice SLA  Resources. For each TAI Id enter the TAC, MCC and MNC.

Range : 1 to 5 

Default : 1

Enter the TAC (Tracking Area Code). 

Range : 4 to 6 Hex digits

Default : 3F5A

Enter the MCC (Mobile Country Code (3 digits)) and MNC (Mobile Network Code (between two and three digits)).

Default: 000

Tcl Parameter: NonRtRicA1CsmrSlaRscType_1

Tcl Parameter: NonRtRicA1CsmrSlaRscCellIdNum_1

Tcl Parameter: NonRtRicA1CsmrSlaRscCellIdNciEn_1_1

Tcl Parameter: NonRtRicA1CsmrSlaRscCellIdNci_1_1

Tcl Parameter: NonRtRicA1CsmrSlaRscCellIdEciEn_1_1

Tcl Parameter: NonRtRicA1CsmrSlaRscCellIdEci_1_1

Tcl Parameter: NonRtRicA1CsmrSlaRscCellIdMcc_1_1

Tcl Parameter: NonRtRicA1CsmrSlaRscCellIdMnc_1_1

Tcl Parameter: NonRtRicA1CsmrSlaRscTaiNum_1

Tcl Parameter: NonRtRicA1CsmrSlaRscTaiTac_1_1

Tcl Parameter: NonRtRicA1CsmrSlaRscTaiMcc_1_1

Tcl Parameter: NonRtRicA1CsmrSlaRscTaiMnc_1_1

Tcl Parameter: NonRtRicA1CsmrUpdSlaRscType_1

Tcl Parameter: NonRtRicA1CsmrUpdSlaRscCellIdNum_1

Tcl Parameter: NonRtRicA1CsmrUpdSlaRscCellIdNciEn_1_1

Tcl Parameter: NonRtRicA1CsmrUpdSlaRscCellIdNci_1_1

Tcl Parameter: NonRtRicA1CsmrUpdSlaRscCellIdEciEn_1_1

Tcl Parameter: NonRtRicA1CsmrUpdSlaRscCellIdEci_1_1

Tcl Parameter: NonRtRicA1CsmrUpdSlaRscCellIdMcc_1_1

Tcl Parameter: NonRtRicA1CsmrUpdSlaRscCellIdMnc_1_1

Tcl Parameter: NonRtRicA1CsmrUpdSlaRscTaiNum_1

Tcl Parameter: NonRtRicA1CsmrUpdSlaRscTaiTac_1_1

Tcl Parameter: NonRtRicA1CsmrUpdSlaRscTaiMcc_1_1

Tcl Parameter: NonRtRicA1CsmrUpdSlaRscTaiMnc_1_1

 

Load Balancing Objective

At least one option must be selected. Available when Policy Type ID is ORAN_LoadBalancing_1.0.0

Target PRB Usage (%)

 

PRB Usage Type

 

Select to enter the Target PRB Usage in percentage for Load Balancing Objective. 

The target PRB usage in percent. The denominator is the total number of PRBs in the cell, and the numerator is the number of PRBs specified by prbUsgType.

Range : 1 to 100

Default : 80

Select the PRB Usage Type in percentage for Load Balancing Objective. This attribute specifies the PRB usagetype used in the calculation of Target PRB Usage.

Options : Mean DL PRB used for Data Traffic per S-NSSAI, Mean UL PRB used for Data Traffic per S-NSSAI, Peak DL PRB used for Data Traffic per S-NSSAI, Peak UL PRB used for Data Traffic per S-NSSAI

Tcl Parameter: NonRtRicA1CsmrLbTgtPrbUsage_1

Tcl Parameter: NonRtRicA1CsmrLbPrbUsageType_1

Tcl Parameter: NonRtRicA1CsmrUpdLbTgtPrbUsage_1

Tcl Parameter: NonRtRicA1CsmrUpdLbPrbUsageType_1

Number of Cell IDs

 

Select to enter the number of Cell IDs for the Load Balancing Resources. For each Cell Id enter the NCI, ECI, MCC and MNC.

Range : 1 to 5 

Default : 1

Select to enter the NCI (NR Cell ID) parameter is defined per NR Cell Identity (TS38.413 - 9.3.1.7).

Range : 1 to 687194476735

Default : 1

Select to enter the ECI (E-UTRAN Cell ID). 

Range : 1 to 268435455

Default : 1

Enter the MCC (Mobile Country Code (3 digits)) and MNC (Mobile Network Code (between two and three digits)).

Default: 000

 

Tcl Parameter: NonRtRicA1CsmrLbCellIdNum_1

Tcl Parameter: NonRtRicA1CsmrLbCellIdNciEn_1_1

Tcl Parameter: NonRtRicA1CsmrLbCellIdNci_1_1

Tcl Parameter: NonRtRicA1CsmrLbCellIdEciEn_1_1

Tcl Parameter: NonRtRicA1CsmrLbCellIdEci_1_1

Tcl Parameter: NonRtRicA1CsmrLbCellIdMcc_1_1

Tcl Parameter: NonRtRicA1CsmrLbCellIdMnc_1_1

Tcl Parameter: NonRtRicA1CsmrUpdLbCellIdNum_1

Tcl Parameter: NonRtRicA1CsmrUpdLbCellIdNciEn_1_1

Tcl Parameter: NonRtRicA1CsmrUpdLbCellIdNci_1_1

Tcl Parameter: NonRtRicA1CsmrUpdLbCellIdEciEn_1_1

Tcl Parameter: NonRtRicA1CsmrUpdLbCellIdEci_1_1

Tcl Parameter: NonRtRicA1CsmrUpdLbCellIdMcc_1_1

Tcl Parameter: NonRtRicA1CsmrUpdLbCellIdMnc_1_1

 

 

Non-RT / A1 Consumer

Apply Test Data File to UE Policy Parameters

 

Select to enter A Test Data File for the UE Policy Parameters. The TDF is editable only when "UE ID" in "Original Policy" is checked.

The parameters that are availbale in the TDF are based on the Policy Type ID selection. 

See also, Applying Test Data FileApplying Test Data File.

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.

The Test Data File parameters when Policy Type ID = "ORAN_QoSTarget_2.0.0" for both Original and Updated Policy : 

RFSP Index,SP ID,Cell ID NCI,Cell ID ECI,Cell ID MCC,Cell ID MNC,Slice ID SST,Slice ID SD,Slice ID MCC, Slice ID MNC,QoS ID 5QI,QoS ID QCI,GFBR,MFBR,Priority Level,Packet Delay Budget

 

The Test Data File parameters when Policy Type ID = "ORAN_QoETarget_2.0.0" for both Original and Updated Policy : 

RFSP Index,SP ID,Cell ID NCI,Cell ID ECI,Cell ID MCC,Cell ID MNC,Slice ID SST,Slice ID SD,Slice ID MCC, Slice ID MNC,QoS ID 5QI,QoS ID QCI,QoE Score,Rebuffering Frequency,Initial Buffering,Stall Ratio

 

The Test Data File parameters when Policy Type ID = "ORAN_TrafficSteeringPreference_2.0.0" for both Original and Updated Policy : 

RFSP Index,SP ID,Cell ID NCI,Cell ID ECI,Cell ID MCC,Cell ID MNC,Slice ID SST,Slice ID SD,Slice ID MCC, Slice ID MNC,QoS ID 5QI,QoS ID QCI,TSP Preference,TSP Primary,TSP Number of Cell IDs,TSP Cell ID MCC_0,TSP Cell ID MNC_0,TSP Cell ID NCI_0,TSP Cell ID ECI_0,TSP Cell ID MCC_1,TSP Cell ID MNC_1,TSP Cell ID NCI_1,TSP Cell ID ECI_1,TSP Cell ID MCC_2,TSP Cell ID MNC_2,TSP Cell ID NCI_2,TSP Cell ID ECI_2,TSP Cell ID MCC_3,TSP Cell ID MNC_3,TSP Cell ID NCI_3,TSP Cell ID ECI_3,TSP Cell ID MCC_4,TSP Cell ID MNC_4,TSP Cell ID NCI_4,TSP Cell ID ECI_4

 

The Test Data File parameters when Policy Type ID = "ORAN_QoSandTSP_2.0.0" for both Original and Updated Policy : 

RFSP Index,SP ID,Cell ID NCI,Cell ID ECI,Cell ID MCC,Cell ID MNC,Slice ID SST,Slice ID SD,Slice ID MCC, Slice ID MNC,QoS ID 5QI,QoS ID QCI,GFBR,MFBR,Priority Level,Packet Delay Budget,TSP Preference,TSP Primary,TSP Number of Cell IDs,TSP Cell ID MCC_0,TSP Cell ID MNC_0,TSP Cell ID NCI_0,TSP Cell ID ECI_0,TSP Cell ID MCC_1,TSP Cell ID MNC_1,TSP Cell ID NCI_1,TSP Cell ID ECI_1,TSP Cell ID MCC_2,TSP Cell ID MNC_2,TSP Cell ID NCI_2,TSP Cell ID ECI_2,TSP Cell ID MCC_3,TSP Cell ID MNC_3,TSP Cell ID NCI_3,TSP Cell ID ECI_3,TSP Cell ID MCC_4,TSP Cell ID MNC_4,TSP Cell ID NCI_4,TSP Cell ID ECI_4

 

The Test Data File parameters when Policy Type ID = "ORAN_QoEandTSP_2.0.0" for both Original and Updated Policy : 

RFSP Index,SP ID,Cell ID NCI,Cell ID ECI,Cell ID MCC,Cell ID MNC,Slice ID SST,Slice ID SD,Slice ID MCC, Slice ID MNC,QoS ID 5QI,QoS ID QCI,QoE Score,Rebuffering Frequency,Initial Buffering,Stall Ratio,TSP Preference,TSP Primary,TSP Number of Cell IDs,TSP Cell ID MCC_0,TSP Cell ID MNC_0,TSP Cell ID NCI_0,TSP Cell ID ECI_0,TSP Cell ID MCC_1,TSP Cell ID MNC_1,TSP Cell ID NCI_1,TSP Cell ID ECI_1,TSP Cell ID MCC_2,TSP Cell ID MNC_2,TSP Cell ID NCI_2,TSP Cell ID ECI_2,TSP Cell ID MCC_3,TSP Cell ID MNC_3,TSP Cell ID NCI_3,TSP Cell ID ECI_3,TSP Cell ID MCC_4,TSP Cell ID MNC_4,TSP Cell ID NCI_4,TSP Cell ID ECI_4

The Test Data File parameters when Policy Type ID = "ORAN_UELevelTarget_1.0.0" for both Original and Updated Policy : 

RFSP Index,SP ID,Cell ID NCI,Cell ID ECI,Cell ID MCC,Cell ID MNC,Slice ID SST,Slice ID SD,Slice ID MCC, Slice ID MNC,QoS ID 5QI,QoS ID QCI,DL Packet Delay(ms),DL Reliability User Plane Latency(ms),DL Reliability Packet Size(bytes),DL Reliability Success Probability(%),DL RLC SDU Packet Loss Rate,DL Throughput(kbps),UL PDCP SDU Packet Loss Rate,UL Packet Delay(ms),UL Throughput(kbps),UL Reliability User Plane Latency(ms),UL Reliability Packet Size(bytes),UL Reliability Success Probability(%)

 

The Test Data File parameters when Policy Type ID = "ORAN_SliceSLATarget_2.0.0" for both Original and Updated Policy : 

RFSP Index,SP ID,Cell ID NCI,Cell ID ECI,Cell ID MCC,Cell ID MNC,Slice ID SST,Slice ID SD,Slice ID MCC, Slice ID MNC,QoS ID 5QI,QoS ID QCI,DL Slice Priority,Guaranteed DL Throughput Per Slice(kbps),Guaranteed UL Throughput Per Slice(kbps),Maximum UL Throughput Per Slice(kbps),Maximum UL Throughput Per UE(kbps),Maximum DL Packet Delay Per UE(kbps),Maximum UL Packet Delay Per UE(kbps),Maximum DL Jitter Per UE(ms),Maximum DL PDCP SDU Packet Loss Rate Per UE,Maximum DL Throughput Per UE(kbps),Maximum DL Throughput Per Slice(kbps),Maximum Number of PDU Sessions,Maximum Number of UEs,Maximum UL Jitter Per UE(ms),Maximum UL RLC SDU Packet Loss Rate Per UE,Minimum DL Reliability User Plane Latency(ms),Minimum DL Reliability Packet Size(bytes),Minimum DL Reliability Success Probability(%),Minimum UL Reliability User Plane Latency(ms),Minimum UL Reliability Packet Size(bytes),Minimum UL Reliability Success Probability(%),SLA Resource Resource Type,UL Slice Priority,SLA Resource Number of TAIs,SLA Resource TAI MCC[0],SLA Resource TAI MNC_0,SLA Resource TAI TAC_0,SLA Resource TAI MCC_1,SLA Resource TAI MNC_1,SLA Resource TAI TAC_1,SLA Resource TAI MCC_2,SLA Resource TAI MNC_2,SLA Resource TAI TAC_2,SLA Resource TAI MCC_3,SLA Resource TAI MNC_3,SLA Resource TAI TAC_3,SLA Resource TAI MCC_4,SLA Resource TAI MNC_4,SLA Resource TAI TAC_4,SLA Resource Number of Cell IDs,SLA Resource Cell ID MCC_0,SLA Resource Cell ID MNC_0,SLA Resource Cell ID NCI_0,SLA Resource Cell ID ECI_0,SLA Resource Cell ID MCC_1,SLA Resource Cell ID MNC_1,SLA Resource Cell ID NCI_1,SLA Resource Cell ID ECI_1,SLA Resource Cell ID MCC_2,SLA Resource Cell ID MNC_2,SLA Resource Cell ID NCI_2,SLA Resource Cell ID ECI_2,SLA Resource Cell ID MCC_3,SLA Resource Cell ID MNC_3,SLA Resource Cell ID NCI_3,SLA Resource Cell ID ECI_3,SLA Resource Cell ID MCC_4,SLA Resource Cell ID MNC_4,SLA Resource Cell ID NCI_4,SLA Resource Cell ID ECI_4

 

The Test Data File parameters when Policy Type ID = "ORAN_LoadBalancing_1.0.0" for both Original and Updated Policy : 

RFSP Index,SP ID,Cell ID NCI,Cell ID ECI,Cell ID MCC,Cell ID MNC,Slice ID SST,Slice ID SD,Slice ID MCC, Slice ID MNC,QoS ID 5QI,QoS ID QCI,Load Balancing Target PRB Usage(%),Load Balancing Type,Load Balancing Number of Cell IDs,Load Balancing Cell ID MCC_0,Load Balancing Cell ID MNC_0,Load Balancing Cell ID NCI_0,Load Balancing Cell ID ECI_0,Load Balancing Cell ID MCC_1,Load Balancing Cell ID MNC_1,Load Balancing Cell ID NCI_1,Load Balancing Cell ID ECI_1,Load Balancing Cell ID MCC_2,Load Balancing Cell ID MNC_2,Load Balancing Cell ID NCI_2,Load Balancing Cell ID ECI_2,Load Balancing Cell ID MCC_3,Load Balancing Cell ID MNC_3,Load Balancing Cell ID NCI_3,Load Balancing Cell ID ECI_3,Load Balancing Cell ID MCC_4,Load Balancing Cell ID MNC_4,Load Balancing Cell ID NCI_4,Load Balancing Cell ID ECI_4

 

Tcl Parameter: NonRtRicA1CsmrCfgFileEn_1

Tcl Parameter: NonRtRicA1CsmrCfgFile_1

Tcl Parameter: NonRtRicA1CsmrUpdCfgFileEn_1

Tcl Parameter: NonRtRicA1CsmrUpdCfgFile_1

 

Non-RT / Near RT A1 Producer

API Prefix

 

Select to enter the API Prefix for Non-RT RIC A1 / Near-RT RIC A1.

Default : spirent-NearRtRicA1Pdcr#(N1), spirent-NonRtRicA1Pdcr#(N1)

Select the Auto-Increment Format Wizard to Auto increment the API Prefix.

Tcl Parameter: NearRtRicA1PdcrApiPrefixEn

Tcl Parameter: NearRtRicA1PdcrApiPrefix

Tcl Parameter: NonRtRicA1PdcrApiPrefixEn

Tcl Parameter: NonRtRicA1PdcrApiPrefix

Default Host Format in apiRoot

Select which default host format to use in apiRoot, IP or FQDN (Fully Qualified Domain Name).

Default : IP

Spec reference : 3GPP 29.501, RFC #3986

Tcl Parameter: NearRtRicA1PdcrDefaultHostFormat

Tcl Parameter: NonRtRicA1PdcrDefaultHostFormat

Number of Policy Types

Select the Number of Policy Types. The model on which a Policy Object and a PolicyStatusObject is based. 

Select the Policy Type ID.

Currently the following types that are supported :  

ORAN_QoSTarget_2.0.0 (QoS Target), 

ORAN_QoETarget_2.0.0 (QoE Target),
ORAN_TrafficSteeringPreference_2.0.0 (Traffic Steering Preferences),
ORAN_QoSandTSP_2.0.0 (QoS optimization with resource directive),
ORAN_QoEandTSP_2.0.0 (QoE optimization with resource directive),
ORAN_UELevelTarget_1.0.0 (UE Level Target),
ORAN_SliceSLATarget_2.0.0 (Slice SLA Target),
ORAN_LoadBalancing 1.0.0 (Load Balancing)

Select the Policy Schema -  Select the TDF for Policy schema in Text format file with JSON (JavaScript Object Notation) schema. "Select a TDF on TAS"  or "Upload a new TDF to TAS" are supported. The following Schema files will be provided in the Basic library on TAS. Select the corresponding schema type that matches the Policy Type : All Schema files start with "TC-RIC_Node-ORAN_"

  • QoSTarget_2.0.0_Policy_Schema.json
  • QoETarget_2.0.0_Policy_Schema.json
  • QoEandTSP_2.0.0_Policy_Schema.json
  • QoSandTSP_2.0.0_Policy_Schema.json
  • UELevelTarget_1.0.0_Policy_Schema.json
  • SliceSLATarget_2.0.0_Policy_Schema.json
  • LoadBalancing_1.0.0_Policy_Schema.json
  • TrafficSteeringPreference_2.0.0_Policy_Schema.json

 

It is up to the user to ensure the TDF file Policy Schema matches the appropriate Policy Type ID. i.e - Select LoadBalancing_1.0.0_Policy_Schema.json when Polict Type ID = ORAN_LoadBalancing 1.0.0

Attached is a text file of the ORAN_QoSTarget_2.0.0 Policy Schema TDF - ORAN_QoSTarget_2.0.0_Policy_Schema.txt

The remaining schema text files can be found in the Basic Library starting with "TC-RIC_Node-ORAN_"

Select the Status Schema. TDF for Status schema in Text format file with JSON (JavaScript Object Notation) schema. "Select a TDF on TAS"  or "Upload a new TDF to TAS" are supported.  The ""[Basic] TC-RIC_Node-Generic_Policy_Status_Schema.json" will be provided in the Basic library on TAS. Attached is a text file of the "[Basic] TC-RIC_Node-Generic_Policy_Status_Schema.json" TDF - Generic_Policy_Status_Schema.txt

Tcl Parameter: NearRtRicA1PdcrPolTypesNum

Tcl Parameter: NearRtRicA1PdcrPolTypeId_1

Tcl Parameter: NearRtRicA1PdcrPolSchema_1

Tcl Parameter: NearRtRicA1PdcrPolStatusSchema_1

Feedback Policy

If Feedback Policy is enabled, then once the Near RT RIC receives a “create/update policy” request and creates/updates a policy successfully, it will send the feedback notification to Non RT RIC after the Feedback Delay timer.

Enter the Feedback Delay in milliseconds.

Range : 0 to 65535

Default : 0

Tcl Parameter: NearRtRicA1PdcrFeedbackPolicyEn

Tcl Parameter: NearRtRicA1PdcrFeedbackPolicyDelay

 

Non-RT A1 Producer

Available when Test A1EI is enabled on RIC Node Emulator Configuration

Number of EI Types

Select the Number of EI (Enrichment Information Service) Types. Currently 1 is supported.

Available when Test A1EI is enabled on RIC Node Emulator Configuration

Select the EI Type ID.

Currently the following type is supported :  

ORAN_UEGeoandVel_1.0.0

Enter the UE ID in the Scope Pane. 

Range : 0 to 18446744073709551615

Default: 0

Enter the Granularity Period (ms) in milliseconds.

Range :  1 to 60000

Default : 500

Enter the Reporting Period (ms) in milliseconds.

Range :  1 to 60000

Default : 500

Enter the Reporting Amount.

Range :  1 to 3600000

Default : 1

Tcl Parameter: NonRtRicA1PdcrEiTypesNum

Tcl Parameter: NonRtRicA1PdcrEiTypeId_1

Tcl Parameter: NonRtRicA1PdcrUeId_1

Tcl Parameter: NonRtRicA1PdcrGranPeriod_1

Tcl Parameter: NonRtRicA1PdcrEiRptPeriod_1

Tcl Parameter: NonRtRicA1PdcrEiRptAmount_1

Job Objectives

Enter the Number of Geographic Areas for UE Location. Available when Test A1EI is enabled on RIC Node Emulator Configuration.

Range : 1 to 7

Default : 1

Tcl Parameter: NearRtRicA1PdcrEiNumGeoAreas_1

Geographic Area Type

Use the drop-down list to select the Geographical Area type reporting. The applicable parameters are enabled based on your selection.

Options:

  • Point

  • Point With Uncertainty Circle

  • Point With Uncertainty Ellipse

  • Polygon

  • Point Altitude

  • Point Altitude Uncertainty

  • Ellipsoid Arc

Default: Point

Tcl Parameter: NonRtRicA1PdcrEiGeoAreaType_1_1

Latitude (°)

Available for all Geographic Area Types except Polygon.

Enter Latitude point coordinate in (°) degrees.

Range : -90.0 to 90.0

Default: 39.9910665

Tcl Parameter: NonRtRicA1PdcrEiGeoLatitude_1_1

Longitude (°)

Available for all Geographic Area Types except Polygon.

Enter Longitude point coordinate in (°) degrees.

Range : -180.0 to 180.0

Default: 116.3586652

Tcl Parameter: NonRtRicA1PdcrEiGeoLongitude_1_1

Uncertainty (m)

Available when Geographic Area Type = Point Uncertainty Circle.

Enter the uncertainty for Point Uncertainty Circle in meters.

Range : 0.0 to 1.7976931348623157E308

Default: 0.0

Tcl Parameter: NonRtRicA1PdcrEiGeoUncertainty_1_1

Uncertainty Semi Major (m)

Uncertainty Semi Minor (m)

Uncertainty Orientation  (m)

Available when Geographic Area Type = Point Uncertainty Ellipse or Point Altitude Uncertainty.

Enter the Uncertainty Semi Major and Semi Minor in meters.

Range : 0.0 to 1.7976931348623157E308

Default: 0.0

Tcl Parameter: NonRtRicA1PdcrEiGeoUncertaintySemiMajor_1_1

Tcl Parameter: NonRtRicA1PdcrEiGeoUncertaintySemiMinor_1_1

 

Enter the Uncertainty Orientation.

Range : 0 to 180

Default: 0

Tcl Parameter: NonRtRicA1PdcrEiGeoUncertaintyOrientation_1_1

Confidence (%)

Available when Geographic Area Type = Point Uncertainty Ellipse or Point Altitude Uncertainty or Ellipsoid Arc.

Enter the Confidence in percentage value.

Range : 0 to 100

Default: 0

Tcl Parameter: NonRtRicA1PdcrEiGeoConfidence_1_1

Altitude (m)

Available when Geographic Area Type = Point Altitude or Point Altitude Uncertainty.

Enter the Altitude in meters.

Range : -32767.0 to 32767.0

Default: 0.0

Tcl Parameter: NonRtRicA1PdcrEiGeoAltitude_1_1

Uncertainty Altitude (m)

Available when Geographic Area Type = Point Altitude Uncertainty.

Enter the Uncertainty Altitude in meters.

Range : 0.0 to 1.7976931348623157E308

Default: 0.0

Tcl Parameter: NonRtRicA1PdcrEiGeoUncertaintyAltitude_1_1

Arc Settings

Inner Radius (m)

Uncertain Radius (m)

Offset Angle (°)

Included Angle (°)

Available when Geographic Area Type = Ellipsoid Arc.

Enter the Inner Radius in meters.

Range : 0 to 327675

Default: 0

Tcl Parameter: NonRtRicA1PdcrEiGeoInnerRadius_1_1

Enter the Uncertain Radius in meters.

Range : 0.0 to 1.7976931348623157E308

Default: 0.0

Tcl Parameter: NonRtRicA1PdcrEiGeoUncertaintyRadius_1_1

Enter the Offset Angle and Included Angle in degrees.

Range : 0 to 360

Default: 0

Tcl Parameter: NonRtRicA1PdcrEiGeoOffsetAngle_1_1

Tcl Parameter: NonRtRicA1PdcrEiGeoIncludedAngle_1_1

Polygon

Available when Geographic Area Type = Polygon.

Enter the Number of Points.

Range : 3 to 15

Default: 3

Tcl Parameter: NonRtRicA1PdcrEiGeoPointNum_1_1

Enter the Latitude (Range : -90.0 to 90.0) and Longitude (Range : -180.0 to 180.0) for each Point.

Tcl Parameter: NonRtRicA1PdcrEiGeoPointLatitude_1_1_1

Tcl Parameter: NonRtRicA1PdcrEiGeoPointLongitude_1_1_1

 

Enter the Number of UE Velocity Types for UE Velocity.

Range : 0 to 4

Default : 0

Tcl Parameter: NonRtRicA1PdcrEiNumUeVelocity_1

UE Velocity

Use the drop-down list to select the Velocity Type reporting. The applicable parameters are enabled based on your selection.

Options:

  • H_Velocity 

  • HV_Velocity

  • H_Velocity_Uncertainty

  • HV_Velocity_Uncertainty

Default: H_Velocity

Tcl Parameter: NonRtRicA1PdcrEiUeVelType_1_1

Horizontal Speed

Enter the Horizontal Speed for UE Velocity.

Range : 0.0 to 2047.0

Default: 0.0

Tcl Parameter: NonRtRicA1PdcrEiUeVelHorizSpeed_1_1

Vertical Speed

Enter the Vertical Speed for UE Velocity.

Range : 0.0 to 255.0

Default: 0.0

Tcl Parameter: NonRtRicA1PdcrEiUeVelVertSpeed_1_1

Bearing

Enter the Bearing for UE Velocity.

Range : 0 to 360

Default: 0

Tcl Parameter: NonRtRicA1PdcrEiUeVelBearing_1_1

Vertical Direction

Selectr the Vertical Direction for UE Velocity.

Options : UPWARD (default), DOWNWARD

Default: UPWARD

Tcl Parameter: NonRtRicA1PdcrEiUeVelVertDirection_1_1

Horizontal Speed

Uncertainty

Enter the Horizontal Speed Uncertainty for UE Velocity.

Range : 0.0 to 255.0

Default: 0.0

Tcl Parameter: NonRtRicA1PdcrEiUeVelHorizSpeedUncertainty_1_1

Vertical Speed

Uncertainty

Enter the Vertical Speed Uncertainty for UE Velocity.

Range : 0.0 to 255.0

Default: 0.0

Tcl Parameter: NonRtRicA1PdcrEiUeVelVertSpeedUncertainty_1_1

 

Select the EI Job Schemas from the Basic library. Available when Test A1EI is enabled on RIC Node Emulator Configuration.

EI Job Schemas

Select the EI Job Schema -  Select the TDF for EI Job schema in Text format file with JSON (JavaScript Object Notation) schema. "Select a TDF on TAS"  or "Upload a new TDF to TAS" are supported. The following Schema files will be provided in the Basic library on TAS. Select the corresponding schema type that matches the EI Job Schema : All Schema files start with "TC-RIC_Node-ORAN_"

  • UEGeoandVel_1.0.0_EI_Job_Schema.json

It is up to the user to ensure the TDF file matches the appropriate EI Job Schema . i.e - SelectUEGeoandVel_1.0.0_EI_Job_Schema.json when EI Type ID = ORAN_UEGeoandVel_1.0.0

 

The remaining schema text files can be found in the Basic Library starting with "TC-RIC_Node-ORAN_"

Select the EI Job Constraints Schema. TDF for EI Job Constraints schema in Text format file with JSON (JavaScript Object Notation) schema. "Select a TDF on TAS"  or "Upload a new TDF to TAS" are supported.  The ""[Basic] TC-RIC_Node-UEGeoandVel_1.0.0_EI_Job_Constraints_Schema.json" will be provided in the Basic library on TAS. 

Select the EI Job Result Schema. TDF for EI Job Result schema in Text format file with JSON (JavaScript Object Notation) schema. "Select a TDF on TAS"  or "Upload a new TDF to TAS" are supported.  The ""[Basic] TC-RIC_Node-UEGeoandVel_1.0.0_EI_Job_Result_Schema.json" will be provided in the Basic library on TAS. 

Select the EI Job Status Schema. TDF for EI Job Status schema in Text format file with JSON (JavaScript Object Notation) schema. "Select a TDF on TAS"  or "Upload a new TDF to TAS" are supported.  The ""[Basic] TC-RIC_Node-Generic_Job_Status_Schema.json" will be provided in the Basic library on TAS. 

Tcl Parameter: NonRtRicA1PdcrEiJobSchema_1

Tcl Parameter: NonRtRicA1PdcrEiJobConstraintsSchema_1

Tcl Parameter: NonRtRicA1PdcrEiJobResultsSchema_1

Tcl Parameter: NonRtRicA1PdcrEiJobStatusSchema_1

 

Apply Test Data File to EI Type Parameters

Select to enter Test Data File for the EI Type Parameters. 

See also, Applying Test Data FileApplying Test Data File.

The Test Data File parameters when EI Type ID = "ORAN_UEGeoandVel_1.0.0" for both Original and Updated EI Types : 

Granularity Period(ms),Reporting Period(ms),Reporting Amount,Point Latitude,Point Longitude,Point Uncertainty Circle Latitude,Point Uncertainty Circle Longitude,Point Uncertainty Circle Uncertainty,Point Uncertainty Ellipse Latitude,Point Uncertainty Ellipse Longitude,Point Uncertainty Ellipse Uncertainty Semi Major(m),Point Uncertainty Ellipse Uncertainty Semi Minor(m),Point Uncertainty Ellipse Uncertainty Orientation(m),Point Uncertainty Ellipse Confidence(%),Point Altitude Latitude,Point Altitude Longitude,Point Altitude Altitude(m),Point Altitude Uncertainty Latitude,Point Altitude Uncertainty Longitude,Point Altitude Uncertainty Uncertainty Semi Major(m),Point Altitude Uncertainty Uncertainty Semi Minor(m),Point Altitude Uncertainty Uncertainty Orientation(m),Point Altitude Uncertainty Confidence(%),Point Altitude Uncertainty Altitude(m),Point Altitude Uncertainty Uncertainty Altitude(m),Ellipsoid Arc Latitude,Ellipsoid Arc Longitude,Ellipsoid Arc Confidence(%),Ellipsoid Arc Inner Radius(m),Ellipsoid Arc Uncertain Radius(m),Ellipsoid Arc Offset Angle,Ellipsoid Arc Included Angle,Polygon Point Longitude_0,Polygon Point Latitude_0,Polygon Point Longitude_1,Polygon Point Latitude_1,Polygon Point Longitude_2,Polygon Point Latitude_2,Polygon Point Longitude_3,Polygon Point Latitude_3,Polygon Point Longitude_4,Polygon Point Latitude_4,Polygon Point Longitude_5,Polygon Point Latitude_5,Polygon Point Longitude_6,Polygon Point Latitude_6,Polygon Point Longitude_7,Polygon Point Latitude_7,Polygon Point Longitude_8,Polygon Point Latitude_8,Polygon Point Longitude_9,Polygon Point Latitude_9,Polygon Point Longitude_10,Polygon Point Latitude_10,Polygon Point Longitude_11,Polygon Point Latitude_11,Polygon Point Longitude_12,Polygon Point Latitude_12,Polygon Point Longitude_13,Polygon Point Latitude_13,Polygon Point Longitude_14,Polygon Point Latitude_14,H_Velocity Horizontal Speed,H_Velocity Bearing,HV_Velocity Horizontal Speed,HV_Velocity Bearing,HV_Velocity Vertical Speed,HV_Velocity Vertical Direction,H_Velocity_Uncertainty Horizontal Speed,H_Velocity_Uncertainty Bearing,H_Velocity_Uncertainty Horizontal Speed Uncertainty,HV_Velocity_Uncertainty Horizontal Speed,HV_Velocity_Uncertainty Bearing,HV_Velocity_Uncertainty Horizontal Speed Uncertainty,HV_Velocity_Uncertainty Vertical Speed,HV_Velocity_Uncertainty Vertical Direction,HV_Velocity_Uncertainty Vertical Speed Uncertainty

Tcl Parameter: NonRtRicA1PdcrEiCfgFileEn_1

Tcl Parameter: NonRtRicA1PdcrE1CfgFile_1

 

Near-RT A1 Consumer

Number of EI Types

Select the Number of EI (Enrichment Information Service) Types. Currently 1 is supported.

Available when Test A1EI is enabled on RIC Node Emulator Configuration.

Select the EI Type ID.

Currently the following type is supported :  

ORAN_UEGeoandVel_1.0.0

Select Update EI Type to Copy Original to Updated. Two panes become available for input : Original EI Type / Updated EI Type. 

Enter the UE ID in the Scope Original EI type. UE ID is not available in the Updated EI Type Pane. 

Range : 0 to 18446744073709551615,

Default: 0

Tcl Parameter: NearRtRicA1CsmrEiTypeNum

Tcl Parameter: NearRtRicA1CsmrEiTypeId_1

Tcl Parameter: NearRtRicA1CsmrUpdateEiTypeEn_1

Tcl Parameter: NearRtRicA1CsmrUeId_1

Job Objectives

Select Job Objectives - UE Geographic Location Type.
Options:
        Point , Point Uncertainty Circle, Point Uncertainty Ellipse , Polygon, Point Altitude,  
        Point Altitude Uncertainty, Ellipsoid Arc 

Select Job Objectives - UE Velocity Type.
Options:
        H_Velocity, HV_Velocity, H_Velocity_Uncertainty, HV_Velocity_Uncertainty 

Tcl Parameter: NearRtRicA1CsmrUeGeoLocType_1

Tcl Parameter: NearRtRicA1CsmrUeVelocityType_1

Tcl Parameter: NearRtRicA1CsmrUpdUeGeoLocType_1

Tcl Parameter: NearRtRicA1CsmrUpdUeVelocityType_1

Apply Test Data File to EI Type Parameters 

Select to enter Test Data File for the EI Type Parameters. 

See also, Applying Test Data FileApplying Test Data File.

The Test Data File parameters when EI Type ID = "ORAN_UEGeoandVel_1.0.0" for both Original and Updated EI Types : UE Geographic Location Type,UE Velocity Type

Tcl Parameter: NearRtRicA1CsmrCfgFileEn_1

Tcl Parameter: NearRtRicA1CsmrCfgFile_1

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