SR 3989 : ISSUE 1
Current
The latest, up-to-date edition.
1 Introduction
1.1 Document Organization
2 Test Suite Overview
2.1 Test Cases
3 Test Descriptions
3.1 Test Configuration
3.2 Timing Architecture
3.3 Test Cases
3.3.1 Frame Relay Service Specific
Convergence Sublayer Tests
3.3.1.1 Test Number: 1.1 -
FR_SSCS_PDU Structure and Coding
3.3.1.2 Test Number: 1.2 -
C/R Field Transparency
3.3.1.3 Test Number: 1.3 -
EA Field Coding
3.3.1.4 Test Number : 1.4 -
FECN Field
3.3.1.5 Test Number: 1.5 -
BECN Field
3.3.1.6 Test Number: 1.6 -
Discard Eligibility and
CLP Mapping - Mode 1
3.3.1.7 Test Number: 1.7 -
Discard Eligibility and
CLP Mapping - Mode 2
3.3.1.8 Test Number: 1.8 -
Connection Assignment Process
3.3.1.9 Test Number: 1.9 -
Connection Removal Process
3.3.1.10 Test Number: 1.10 -
Connection Activation and
Deactivation Processes
3.3.1.11 Test Number: 1.11 -
FR_SSCS_SDU delivery order
3.3.1.12 Test Number: 1.12 -
AAL5 PDU delivery order
3.3.1.13 Test Number: 1.13 -
Invalid and Inactive DLCIs
3.3.1.14 Test Number: 1.14 -
FR_SSCS_PDU Payload Length
3.3.2 Service Interworking Parameter Mapping Tests
3.3.2.1 Test Number: 2.1 - Frame Relay
Information Field Mapping
3.3.2.2 Test Number: 2.2 - Mode 1
Loss Priority Mapping - FR to ATM
3.3.2.3 Test Number: 2.3 - Mode 1
Loss Priority Mapping - ATM to FR ATM to FR
3.3.2.4 Test Number: 2.4 - Mode 2
Loss Priority Mapping - FR to ATM
3.3.2.5 Test Number: 2.5 - Mode 2
Loss Priority Mapping - ATM to FR
3.3.2.6 Test Number: 2.6 - Loss Priority
Mapping Configurability
3.3.2.7 Test Number: 2.7 - Forward
Congestion Indication Mapping -
FR to ATM
3.3.2.8 Test Number: 2.8 - Forward
Congestion Indication Mapping -
ATM to FR
3.3.2.9 Test Number: 2.9 - Backward
Congestion Indication Mapping
3.3.2.10 Test Number: 2.10 -
C/R Field Mapping
3.3.2.11 Test Number: 2.11 - DLCI to
VPI/VCI One-to-One Mapping
3.3.3 AAL5 Common Part Protocol Tests
3.3.3.1 Test Number: 3.1 - AAL5 PDU
Length Check
3.3.3.2 Test Number: 3.2 - Insertion of
padding octets in AAL5 PDU
3.3.3.3 Test Number: 3.3 - CPCS
User-to-User field
3.3.3.4 Test Number: 3.4 - CPCS CPI field
3.3.3.5 Test Number: 3.5 - CPCS Length
field
3.3.3.6 Test Number: 3.6 - CPCS CRC field
3.3.3.7 Test Number: 3.7 - Segmentation
of the CPCS PDU
3.3.3.8 Test Number: 3.8 - PT Field
encoding
3.3.3.9 Test Number: 3.9 - PT Field
decoding
3.3.3.10 Test Number: 3.10 -
Max_SDU_Deliver_Length AAL5
Parameter
3.3.3.11 Test Number: 3.11 - CPCS PDU
User Abort Check
3.3.3.12 Test Number: 3.12 - Additional
CPCS PDU Length Check
3.3.3.13 Test Number: 3.13 - Reassembly
Timer Time-out
3.3.3.14 Test Number: 3.14 - CPAAL5
Performance Measurements
3.3.4 Traffic Management Parameter Mapping Tests
3.3.4.1 Test Number: 4.1 - One-to-One,
Method 1, PCR Parameter Mapping
3.3.4.2 Test Number: 4.2 - One-to-One,
Method 1, CLP=0 SCR and MBS
Parameter Mappings
3.3.4.3 Test Number: 4.3 - One-to-One,
Method 1, CLP=1 SCR and MBS
Parameter Mappings
3.3.4.4 Test Number: 4.4 - One-to-One,
Method 2, Option 1, PCR
Parameter Mapping
3.3.4.5 Test Number: 4.5 - One-to-One,
Method 2, Option 1, CLP=0 SCR and
MBS Parameter Mappings
3.3.4.6 Test Number: 4.6 - One-to-One,
Method 2, Option 2, PCR
Parameter Mapping
3.3.4.7 Test Number: 4.7 - One-to-One,
Method 2, Option 2, CLP=0 SCR
and MBS Parameter Mappings
3.3.5 PVC Management for Network Interworking
3.3.5.1 Test Number: 5.1 - Q.933 Annex A
Procedures at the FR UNI
3.3.5.2 Test Number: 5.2 - Q.933 Annex A
Bidirectional Procedures at the
ATM Interface of the IWF
3.3.5.3 Test Number: 5.3 - Q.933 Annex A
Asynchronous STATUS Message
Support at the ATM Interface of
the IWF
3.3.5.4 Test Number: 5.4 - PVC Segment
Outage Detection
3.3.5.5 Test Number: 5.5 - Status
Signaling Directional Independence
3.3.5.6 Test Number: 5.6 - PVC Status
Reflected Through F5 OAM Flows
3.3.6 PVC Management for Network Interworking
3.3.6.1 Test Number: 6.1 - Q.933 Annex A
Procedures at the FR UNI
3.3.6.2 Test Number: 6.2 - AIS F5 OAM
Cell Generation Due to FR
Service Affecting Condition
3.3.6.3 Test Number: 6.3 - Stopping AIS
F5 OAM Cell Generation When an FR
Service Affecting Condition Is
Cleared
3.3.6.4 Test Number: 6.4 - New PVC
Indication at the FR Interface
3.3.6.5 Test Number: 6.5 - Deleted PVC
Indication at the FR Interface
3.3.6.6 Test Number: 6.6 - AIS F5 OAM
Cell Generation Due to Inactive
FR PVC
3.3.6.7 Test Number: 6.7 - ATM PVC to
FR PVC Status Mapping
3.3.6.8 Test Number: 6.8 - New ATM
PVC Reporting at FR Interface
3.3.6.9 Test Number: 6.9 - Deleted
ATM PVC Reporting at FR Interface
3.3.6.10 Test Number: 6.10 - Additional
ATM Service Affecting Conditions
3.3.7 Upper Layer User Protocol Encapsulation
3.3.7.1 Test Number: 7.1 - PVC
Configuration Choice for
Transparent Mode of Operation
3.3.7.2 Test Number: 7.2 - Transparent
Mode of Operation
3.3.7.3 Test Number: 7.3 - PVC
Configuration Choice for
Translation Mode of Operation
3.3.7.4 Test Number: 7.4 - Bridged PDU
Translation
3.3.7.5 Test Number: 7.5 - Errored RFC
1490 Bridged PDU Handling
3.3.7.6 Test Number: 7.6 - Errored RFC
1483 Bridged PDU Handling
3.3.7.7 Test Number: 7.7 - Routed PDU
Translation
3.3.7.8 Test Number: 7.8 - Errored RFC
1490 Routed PDU Handling
3.3.7.9 Test Number: 7.9 - Errored RFC
1483 Routed PDU Handling
3.3.7.10 Test Number: 7.7 - Connection-
Oriented PDU Translation
3.3.7.11 Test Number: 7.11 - Errored RFC
1490 Connection-Oriented PDU
Handling
3.3.7.12 Test Number: 7.12 - Errored RFC
1483 Connection-Oriented PDU
Handling
3.3.7.13 Test Number: 7.13 - Fragmented
Packet Reassembly
3.3.7.14 Test Number: 7.14 - Detection of
Errors in Fragmented Packet
Streams
3.3.7.15 Test Number: 7.15 - Fragmentation
due to Packet Larger than
Max Frame Size
3.3.7.16 Test Number: 7.16 - FR ARP to
ATM ARP PDU Mapping
4 Test Configurations
4.1 Test Configuration Figures
References
Describes individual test cases that can be executed to determine a product's conformance to Frame Relay over ATM requirements. Frame Relay/Asynchronous Transfer Mode (ATM) interworking is a key capability for broadband Network Elements (NEs). Both services are growing and will coexist for some time. Frame Relay is based on variable length frames, and ATM is based on fixed size cells.
| DocumentType |
Standard
|
| PublisherName |
Telcordia Technologies
|
| Status |
Current
|
| GR 1113 CORE : ISSUE 1 | ASYNCHRONOUS TRANSFER MODE (ATM) AND ATM ADAPTATION LAYER (AAL) PROTOCOLS |
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