Wireless Future - Telenor

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154 9 Potter, B et al. An introduction to formal specification and Z. New York, Prentice Hall, 1992. 10 ITU-T. Management of transport network- Common elements of the information viewpoint for the management of a transport network. Geneva, 03/99. (ITU-T rec. G.853.1.) 11 Meyer, B. Object oriented software construction. Upper Saddle River, NJ, Prentice Hall, 1997. 12 ITU-T. Generic network information model Amendment 1. Geneva, 03/99. (ITU-T rec. M.3100 amd.1.) 13 ITU-T. Management of transport network – GDMO engineering viewpoint for the generic network level model. Geneva, 03/99. (ITU-T rec. G.855.1.) 14 ITU-T. TMN guidelines for defining CORBA Managed Objects. London, 05/00. (ITU-T draft. rec. X.780.) 15 ITU-T. CORBA based TMN services. London, 05/00. (ITU-T draft. rec. Q.816.) 16 ITU-T. CORBA generic Network and NE level information model. London, 05/00. (ITU-T draft. rec. M.3120.) 17 ITU-T. Management of transport network- Enterprise viewpoint for topology management. Geneva, 03/99. (ITU-T rec. G.852.3.) 18 ITU-T. Management of transport network- Information viewpoint for topology management. Geneva, 03/99. (ITU-T rec. G.853.3.) 19 ITU-T. Management of transport network – Computational viewpoint for topology management. Geneva, 03/99. (ITU-T rec. G.854.3.) 20 ITU-T. Management of transport network – Enterprise viewpoint for pre-provisioned adaptation management. Geneva, 03/99. (ITU-T rec. G.852.8.) 21 ITU-T. Management of transport network – Information viewpoint for pre-provisioned adaptation management. Geneva, 03/99. (ITU-T rec. G.853.8.) 22 ITU-T. Management of transport network – Computational viewpoint for pre-provisioned adaptation management. Geneva, 03/99. (ITU-T rec. G.854.8.) 23 ITU-T. Management of transport network – Enterprise viewpoint for pre-provisioned link connection management. Geneva, 03/99. (ITU-T rec. G.852.10.) 24 ITU-T. Management of transport network – Information viewpoint for pre-provisioned link connection management. Geneva, 03/99. (ITU-T rec. G.853.10.) 25 ITU-T. Management of transport network – Computational viewpoint for pre-provisioned link connection management. Geneva, 03/99. (ITU-T rec. G.854.10.) 26 ITU-T. Management of transport network – Enterprise viewpoint for pre-provisioned link management. Geneva, 03/99. (ITU-T rec. G.852.12.) 27 ITU-T. Management of transport network- Information viewpoint for pre-provisioned link management. Geneva, 03/99. (ITU-T rec. G.853.12.) 28 ITU-T. Management of transport network – Computational viewpoint for pre-provisioned link management. Geneva, 03/99. (ITU-T rec. G.854.12.) 29 ITU-T. Management of transport network – Enterprise viewpoint for trail management. Geneva, 03/99. (ITU-T rec. G.852.6.) 30 ITU-T. Management of transport network – Information viewpoint for trail management. Geneva, 03/99. (ITU-T rec. G.853.6.) 31 ITU-T. Management of transport network – Computational viewpoint for trail management. Geneva, 03/99. (ITU-T rec. G.854.6.) 32 Invitation to the MEPHISTO public demonstration Marcoussis, France, 20–24 September 1999. [online]. – URL: http://www.infowin.org/ACTS/NEWS/CON TEXT_UK/ 990899fr.htm. 33 Bertelon, L et al. OTN management interworking with SDH- Specifications. ACTS project no. AC209 Mephisto, deliverable D20 (restricted), the Mephisto Consortium, October 1999. 34 ITU-T. Management services, object models and implementation ensembles for ATM- PON system. Geneva, January 2000. (ITU-T draft rec. m.xxxc.) 35 ITU-T. G.cls functional model. Kyoto, 03/00. (ITU-T draft. rec. g.cls.) Telektronikk 1.2001
36 IETF. Resource ReSerVation Protocol (RSVP) – version 1 Functional Specification. September 1997. (RFC 2205.) 37 http://www.ietf.org/html.charters/intservcharter.html. 38 http://www.ietf.org/html.charters/diffservcharter.html. 39 http://www.ietf.org/html.charters/mpls-charter.html. 40 http://www.ietf.org/html.charters/policycharter.html. 41 Anderson, J et al. Protocols and architectures for IP optical networking. Bell Labs Technical Journal, 4 (1), 105–124, 1999. Telektronikk 1.2001 7 Abbreviations ACTS Advanced Communication Technologies and Services ASN.1 Abstract Syntax Notation no.1 ATM Asynchronous Transfer Mode COPS Common Open Policy Service DiffServ Differentiated Services CTP Connection Termination Point CORBA Common Object Request Broker Architecture CMIP Common Management Information Protocol cls connectionless service FEC Forward Error Correction IDL Interface Description Language IETF Internet Engineering Task Force IntServ Integrated Services IP Internet Protocol ITU-T International Telecommunication Union – Telecommunications sector LND Layer Network Domain MPLS MultiProtocol Label Switching MO Managed Object NE Network Element OADM Optical Add and Drop Multiplexer OCH Optical CHannel OTN Optical Transport Network PON Passive Optical Network QoS Quality of Service Rec. Recommendation RM-ODP Reference Model for Open Distributed Processing RSVP resource ReSerVation Protocol SDH Synchronous Digital Hierarchy SG Study Group SLA Service Level Agreement SLS Service Level Specification TTP Trail Termination Point UML Unified Modeling Language WDM Wavelength Division Multiplexing 155
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Telektronikk Volume 97 No. 1 - 2001
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Per Hjalmar Lehne (42) obtained his
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Stein Svaet (41) is Senior Research
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Pbit/day 6 150 125 100 75 50 25 0 F
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8 Video communication as a utility
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10 The idea of reconfigurable mobil
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12 Switched lobe Dynamically phased
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Figure 10 The All IP vision Figure
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16 The IP world has some problems t
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18 Abbreviations and acronyms less
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Jorge Pereira (40) obtained his Eng
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(Millions) Figure 1 Exponential gro
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24 Defining Generation based upon D
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Multi-mode Terminal by Software Rad
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distribution layer possible return
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30 A Co-Ordinated Approach to 4G As
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Figure 2 Applications will grow fas
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Figure 5 Evolution from multi-mode
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Operator/Provider download librarie
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Radio network subsystem - service c
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Dr. Techn. Jørgen Bach Andersen (6
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Figure 3 Two arrays with M and N el
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Figure 5 Cumulative probability dis
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Figure 8 As in Figure 5, but with F
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48 Conclusion The challenge of prov
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50 models are described simply by a
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52 ping intervals or “quantizatio
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Figure 3 ASE as a function of the a
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56 7 Conclusion and Further Researc
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Dave Wisely (39) graduated in 1982
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Figure 2 Business case study Figure
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Figure 6 BRAIN QoS architecture 62
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64 4 BRAIN homepage. (2001, March 6
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Figure 2 The Bluetooth protocol sta
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Figure 5 A Bluetooth radio module i
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70 • Instant postcard: A Bluetoot
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72 work visions come true, it is ne
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Table 1 Allocated HiperLAN bands (i
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Figure 4 Basic MAC frame structure
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78 Preamble BCH FCH ACHs Preamble S
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throughput bit/s 80 3 2.5 2 1.5 1 0
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82 5 References 1 CEPT. ERC Decisio
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84 IETF Internet Engineering Task F
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Figure 2-3 Mobile IPv6 architecture
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88 domain, it attaches to a new lea
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90 Domain GFA/MAP Figure 3-3 Archit
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Geir Gylterud (35) is Research Scie
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94 Framework Resource Resource Int
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Figure 6 SCSs and network functiona
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Figure 9 The new business model. Fr
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100 A strong consortium backs up th
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102 Music Company Figure 3 Service
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Page 108 and 109: Do van Thanh (43) obtained his MSc
Page 110 and 111: Figure 2 The first use case diagram
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Page 116 and 117: Figure 10 Initiating call from PSTN
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Page 128 and 129: 126 6 The ICEBERG project. (2001, M
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Page 132 and 133: ? Figure 1 The Mobile Service Platf
Page 134 and 135: Figure 2 Needs and Related Services
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Page 140 and 141: Anne Lise Lillebø (52) is Adviser
Page 142 and 143: 140 with other SDOs (Standards Deve
Page 144 and 145: 142 Box 2 - ETNO Declaration We, th
Page 146 and 147: Arve Meisinset (52) is Senior Resea
Page 148 and 149: 146 In ITU-T we have seen needs to
Page 150 and 151: 148 Each viewpoint constitutes a se
Page 152 and 153: Figure 2 UML class diagrams for tra
Page 154 and 155: 152 The functionality describing th
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