 |
|
|
|
This seminar intends to introduce the basic concepts, architecture, interfaces
and procedures of the Intelligent Network. Upon completion of this course, the
participant will be able to describe the Intelligent Network system and its role
in telecommunication communications worldwide, and the IN evolution process;
list the major IN “players”, and the typical IN network services; identify and
describe the IN functional elements; map the functional elements into the
physical network entities; identify the typical IN network architecture, and
identify and describe the INAP main procedures.
|
|
|
 |
|
|
- Introduction
- Definition of the IN
- Evolution of the IN
- IN based Services
- IN Standards and Concepts
- Relevant Standards Bodies
- The structure and contents of the ITU-T
- INCM as an IN concept
- INCM Planes
- Interpretation of the IN model in Light of Computer Architecture
- IN Capability Sets
- General Structure of IN Capability Sets
- INCM Service Plane
- Service Features
- Features offered by ITU-T
- Basic Service Capabilities
- INCM Global Functional Plane
- SIBBs
- List of SIBBs offered by ITU-T
- Global Service Logic
- BCM as specialized SIBB
- POI and POR for Global Service Logic
- INCM Global Distributed Functional Plane
- Functional Entities
- Functional Entity Actions
- Information Flows
- FEs Interfaces
- Basic Call Handling FEs, based on the BCSM
- Service Management FEs
- Service Execution FEs
|
|
- BCSM
- O-BCSM, T-BCSM
- Detection Point Processing
- TDP types
- EDP types
- Example of DPs in the IN Service
- INCM Physical Plane
- Physical Entity
- PEs Interfaces
- Information Flows as INAP and DAP Protocols
- IN Protocols Stack
- SS7 OSI Model Reminder
- MTP3
- SCCP
- TCAP
- INAP operations
- IN Main Procedures
- FEs State transition diagrams
- Examples of INAP Scenarios
- Relationship between different INCM planes
- Information Flows
- Format for service scenario
- IN Future Evolution
- ITU-T CS-2, CS-3, CS-4 brief overview
- IN + data network – PINT concept
- IN + data network – SPIRIT concept
- PARALAY/OSA concept
- Conclusion
- Glossary
|
|
|
|
|
 |
 |
 |
- The relevant audience is telecommunication engineers, with a basic background in
Wireline and Wireless Telephone networks, and want to have an interesting
snapshot of the Intelligent Network world.
|
|
|
 |
|
|
- Basic knowledge of telephony network, SS#7.
|
 |
 |
|
|
|
|
|
|
|
|
|
|
|