PPT-optical telecommunication networks

Optical Multiplexing amp Demultiplexing Phillip B Oni u96761 AUTO3160 OPTICS amp SPECTROSCOPY VAASA Spring 2012 Outline Introduction Multiplexing Demultiplexing Optical Multiplexing. elecommunication ne works enabl and link other critical infrastructures so any potential vulnerabilities impact whole economic systems Hence network security and critical infrastructure protection aspects must be at the centre of any IT and telecom buffaloedu Abstract Optical Burst SwitchingOBS is a promising paradigm for the nextgeneration Internet In OBS a key problem is to schedule bursts on wavelength channels whose bandwidth may become fragmented with the socalled void or idle intervals w (302). Theory. : 2x3 . hours. /. week. (. Monday. 15.20-17.55, . room. : TA 323, . Friday. 13.30- 16.05, . room. : TG 107). Last. . lecture. : 20. . october. , test: . until. 31. . october. If. . Networks. Distributed. . P. arameter. . Networks. Distributed. . Parameter. . Networks. 1.. The . electric. and . magnetic. . power. . distribute. . homogeneously. . along. . the. . wire. Presented by: Ashok Kumar J Supervised by: Tamer Nadeem. CS 752/852. . . Wireless and Mobile Networking. Introducing 4G. What is 4G?. Why is 4G so popular?. Is 4G going to be the next world standard?. Networks. (S. ONET). Advanced Computer Networks . SONET Outline. Brief History. SONET Overview. SONET Rates. SONET Ring Architecture. Add/Drop Multiplexor (ADM). Section, Line and Path. Virtual Tributaries. The big picture. Dr. Erna Sri Sugesti, Ir., M.Sc.. Dr. Arfianto Fahmi, S.T., M.T.. Sofia Naning Hertiana, S.T., M.T.. Doan Perdana, S.T., MT. Lecture’s Scopes:. The big picture of current telecomm. networks. Optical transport networks and access network infrastructures. Yoichi Maeda. Contents. Terms of reference. Highlights of achievements . / Projects / FGs. Future work. Conclusions. Supplemental slides. Charleston, South Carolina. Rationale. Efficiency. Basic Components. Key Innovations. Multiplexing. Trends. Outline. 2. Rationale- Basis of Competition. 3. From Christensen . Innovators Dilemma. Performance.. What is 4G?. Why is 4G so popular?. Is 4G going to be the next world standard?. How fast is 4G growing?. Who currently uses 4G?. US wireless carriers AT&T, Sprint, T-Mobile and Verizon are already using 4G. Fig.1.Radio-over-SMFnetworkdownlinkusingEAMsfordifferentradioclientsignals[10].canbeused[9].Apartfromrealizinglow-costmicrocellularradionetworks,opticalberscanalsobeusedtosupportawidevarietyofothe Fiber - Eiman Alotaibi Department of Computer Science University of California, Davis Reference: N. Ghazisaidi, M. Martin, and C. Assi, “Fiber - Wireless (FiWi) Access Networks: A Survey,” IEEE C Wailes and Meyer 1991 T S Wailes and D G Meyer 147Multiple channelarchitecture a new optical interconnection strategy for massively parallel-RXUQDO3RI3/LJKWZDYH37HFKQRORJ vol 9 no 12 pp 1702-1716Weine Ensure advanced process optimization and enhance digital transformation to foster smooth informational flow for the telecommunication industry.

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