1 / 54

Complex Telecommunications Management Networks

Complex Telecommunications Management Networks. TMN. V.Ciclicci, S.Dolenco, S.Pustovalov , V.Sidorenco, R.Dorogan. Systemcomputer S.R.L. Moldova, 1996-2000 www.syscom.md.

cheriw
Download Presentation

Complex Telecommunications Management Networks

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. Complex Telecommunications Management Networks TMN V.Ciclicci, S.Dolenco,S.Pustovalov, V.Sidorenco, R.Dorogan Systemcomputer S.R.L. Moldova, 1996-2000 www.syscom.md

  2. Complex TMN – are modern integrated telecommunications management systems for regional, national and international applications. Using of TMN: • Improves all basic technical and economical indicatives of telecommunications sector • Increases the level of quality of telecommunications services • Decreases the integral exploitation and maintenance costs of telecommunications equipment • Gives the possibility to monitor and to analyze current technical state of geographically distributed objects under management, objectively and operatively • Gives the possibility to make perfect plans for development Systemcomputer S.R.L.

  3. Specific properties of SysCom rangeof TMN systems (MoldTMN, RomTMN HD) • Open architecture • Strong following of ITU-T recommendations • Using of encapsulated geoinformation systems (GIS) • Using of modern instruments for distant monitor and control • Multi-tiers techniques,client-server technologies based onSQL, XQL,DCOM • Web-based enterprise management techniques (WBEM) • Complex Intranet/Internet techniques Systemcomputer S.R.L.

  4. Levels of management implemented in SysCom rangeof TMN: • Business • Services • Network • Network elements Systemcomputer S.R.L.

  5. Generic management model used inSysCom rangeof TMN:(Recomemendations ofITU-T, M-series) • OS – Operations Systems • DCN – Data Communications Network • WS –Work Stations • MD –Mediation Devices • NE –Network Elements • QA –Q-adapters • q,x,f,g,m – interfaces of different categories Systemcomputer S.R.L.

  6. Objects under Management in SysCom rangeof TMN : • Ex – exchanges: Alcatel E10B, EWSD,Quartz, Quant, Istok, ATSK-U, K50/20, K100/200, ATS-54 et.al. • TS – transmission systems: optical systems,SDH, digital systems IKM-120, IKM-480, analog systems K-60P, K-300, K-1200P, et.al. Systemcomputer S.R.L.

  7. Generic management functions(According to ISO, ITU-T Standards): • Configuration management • Performance management • Fault management • Account management • Security management Systemcomputer S.R.L.

  8. MoldTMN systemfor National operatorMoldtelecom S.C.,Elementsof acrhitecture (1996-1998) Systemcomputer S.R.L.

  9. Arhitecture of MoldTMN Systemcomputer S.R.L.

  10. Elements of MoldTMN architecture:National backbone DCN Systemcomputer S.R.L.

  11. Elements of MoldTMN architecture:Central LAN topology of NationalDCN Systemcomputer S.R.L.

  12. Elements of MoldTMN architecture:Arhitectureof regional LAN node connected toDCN Systemcomputer S.R.L.

  13. Elements of MoldTMN architecture:Exampleof regional LAN node connected toDCN Systemcomputer S.R.L.

  14. Elements of MoldTMN architecture:Subsystem of connection to internationalEWSD exchange Systemcomputer S.R.L.

  15. Elements of MoldTMN architecture:Main menu operator interface Systemcomputer S.R.L.

  16. Elements of MoldTMN architecture:Configuration management Exchange system Systemcomputer S.R.L.

  17. Elements of MoldTMN architecture:Configuration management Transmission system Systemcomputer S.R.L.

  18. Elements of MoldTMN architecture:Performance management International traffic monitor. GIS interface. Systemcomputer S.R.L.

  19. Elements of MoldTMN architecture:Performance management Traffic monitorin linear form Systemcomputer S.R.L.

  20. Elements of MoldTMN architecture:Performance management Traffic monitorin pie form Systemcomputer S.R.L.

  21. Elements of MoldTMN architecture:Performance management Traffic monitorin table form Systemcomputer S.R.L.

  22. Elements of MoldTMN architecture:Performance management Traffic monitorin different forms Systemcomputer S.R.L.

  23. Elements of MoldTMN architecture:Performance management Complex integrated information Systemcomputer S.R.L.

  24. Elements of MoldTMN architecture:Performance management Quality of services, Nation-levelGIS presentation Systemcomputer S.R.L.

  25. Elements of MoldTMN architecture: Faultsmanagement Configuration of fault management system Systemcomputer S.R.L.

  26. Elements of MoldTMN architecture:Faultsmanagement Current technical states of main DCNnodes Systemcomputer S.R.L.

  27. Elements of MoldTMN architecture:Faultsmanagement Current technical state of FDM analog transmission system Systemcomputer S.R.L.

  28. Elements of MoldTMN architecture:Faultsmanagement Current technical state of FDM analog transmission system Systemcomputer S.R.L.

  29. RomTMN HD systemfornational operatorRomtelecom S.A., Hunedoara-Deva CountyElements of arhitecture (1998 - 2000) Systemcomputer S.R.L.

  30. National telecommunications of Romania Systemcomputer S.R.L.

  31. Geoinformation model of telecommunications of Hunedoara County Romania. Hunedoara County Systemcomputer S.R.L.

  32. The diagramm ofmanagement of RomTMN HD Romania. Hunedoara County Systemcomputer S.R.L.

  33. Hierarchic system of management centers Systemcomputer S.R.L.

  34. Management model forRomTMN HD Systemcomputer S.R.L.

  35. Arhitectureof the software of RomTMN HDAll interfaces are web-enabled Systemcomputer S.R.L.

  36. Elementsof arhitecture of RomTMN HD:County-level ATM DCN backbone Systemcomputer S.R.L.

  37. Elements of arhitecture of RomTMN HD:County-level ATM DCN backbone Transport of multimedia flows ATM Switch Deva ATM Switch Hunedoara Multiplexing of ATM cells Systemcomputer S.R.L.

  38. Elements of arhitecture of RomTMN HD:Communications with Exchanges Systemcomputer S.R.L.

  39. Elements of arhitecture of RomTMN HD:Configuraion Management Systemcomputer S.R.L.

  40. Elements of arhitecture of RomTMN HD:Performance Management Systemcomputer S.R.L.

  41. Elements of arhitecture of RomTMN HD:Performance Management Systemcomputer S.R.L.

  42. Elements of arhitecture of RomTMN HD:Performance Management Systemcomputer S.R.L.

  43. Elements of arhitecture of RomTMN HD:Performance Management Systemcomputer S.R.L.

  44. Elements of arhitecture of RomTMN HD:Faults Management Agentsof monitoring Systemcomputer S.R.L.

  45. Elements of arhitecture of RomTMN HD:Faults Management Alarms captured from exchanges Systemcomputer S.R.L.

  46. Elements of arhitecture of RomTMN HD:Faults Management GISWEB MapX interface example The map of monitored nodes Systemcomputer S.R.L.

  47. Elements of arhitecture of RomTMN HD:Faults Management WEB Intranet interface. Rezults of measurements made on subscriber’s lines Systemcomputer S.R.L.

  48. Elements of arhitecture of RomTMN HD:Account Management Systemcomputer S.R.L.

  49. Elements of arhitecture of RomTMN HD:Account Management Systemcomputer S.R.L.

  50. Elements of arhitecture of RomTMN HD:Account Management Systemcomputer S.R.L.

More Related