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This seminar will review the architecture of the networks, which the protocol is
used for, will train in the actual protocol, so that the key elements of its
work are understood. In addition we will discuss some of the other leading
protocols uses for this purpose and their interface with SS#7. Participants will
gain in depth insight into the management of telephony networks, and will be
able to work or manage projects involved in the use of such signaling.
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- PCM-30 (E1)
- Frame & multiframe
- Configuration & PCM-30 line signaling
- Alarms, checking & messaging
- Timing, advantages & implementation
- Introduction to SS#7
- C.A.S. and C.S.S.
- Associated & quasi- Associated modes
- Network sample & signaling network structure
- S.P. & S.T.P.
- Signaling network definition (S.L., linkset, route, routset, L.A.T.A)
- Introduction to SS#7 Protocol
- OSI layer architecture
- Functional architecture of SS#7
- M.T.P. and message format (levels 1,2,3,4)
- Parameters from levels 2,3,4
- Preventive cyclic retransmission, signaling message handling, signaling network
management
- I.S.U.P. (message types & parameters), IAM, ACI, SAM, ANM, SUS, RES, REL,
RLC...)
- Traffic in SS#7
- SS#7 link by link principleM
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- Advanced Services Based on SS#7
- Custom local area signaling service (CLASS)
- Automatic credit card service (ACCS)
- Enhanced 177 (E800)
- Advanced intelligent networks (AIN)
- Custom calling features (CCF)
- Custom Local Area Signaling Service (CLASS)
- Why TCAP/SCCP?
- CLASS- phase 1: ACB, AR CND, CNDB (*43)
- CLASS- phase 2: CMWI, CNAD, SCE, SCA, CIDCW, ACRJ, ADSI
- AIN (Advanced Intelligent Networks)
- Protocol model
- Network architecture (SSP, SCP, SMS, SCE)
- AIN services
- Conclusion
- Glossary
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- Engineers, Technologists and Students
- Managers who need to understand the signaling architecture of Common Channel
Signaling, and the protocol specifications of SS#7, which are used for
controlling modern telecommunication networks and services
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- Basic knowledge of Telephony and Telephony Networks
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