IEICE TRANSACTIONS on Communications
Networking Technology Convergence in the Photonic Age--TINA Vision on IP Control and Management--
Summary :
Surging capacity demand triggered by the increasingly mobile-oriented and exponentially growing Internet has accelerated convergence of networking technologies. In the core network side, IP and photonics have been the two key driving factors of technical innovations. Amid this technical turmoil, Generalized MPLS (GMPLS) in IETF has recently attracted sizable attentions, as it offers potential for "Grand Unification Theory" for network technology convergence. Despite its prospects, however, the proposal is still missing comparable structures in management plane, which is in dire need for carrier-class, reliable operations. Among many industry proposals and standards, TINA vision on connection management architecture (CMA) is the one offering practical and deployable architecture for the converged photonic IP network. TINA IP Control and Management (IPCM) WG was established during TINA phase II (1998-2000), to study IP control and management issues using the architecture basis of TINA-CMA. Latest activities in TINA IPCM WG, compiling experience at Sprint, Telia, Telecom Italia Lab., and Fujitsu, have resulted in a specification for connectivity provider reference points, namely ConS, ConC, and FCon. Use of TINA CMA as building blocks for the IP photonic network convergence is illustrated. An overview of a ConS reference point specification for managed IP connectivity service, named ConS-IPCM, is explained.
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- IEICE TRANSACTIONS on Communications Vol.E84-B No.12 pp.3086-3095
- Publication Date
- 2001/12/01
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- Special Section INVITED PAPER (Special Issue on Network Software)
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Takeo HAMADA, Leif J. BYSTROM, Hendrik BERNDT, "Networking Technology Convergence in the Photonic Age--TINA Vision on IP Control and Management--" in IEICE TRANSACTIONS on Communications,
vol. E84-B, no. 12, pp. 3086-3095, December 2001, doi: .
Abstract: Surging capacity demand triggered by the increasingly mobile-oriented and exponentially growing Internet has accelerated convergence of networking technologies. In the core network side, IP and photonics have been the two key driving factors of technical innovations. Amid this technical turmoil, Generalized MPLS (GMPLS) in IETF has recently attracted sizable attentions, as it offers potential for "Grand Unification Theory" for network technology convergence. Despite its prospects, however, the proposal is still missing comparable structures in management plane, which is in dire need for carrier-class, reliable operations. Among many industry proposals and standards, TINA vision on connection management architecture (CMA) is the one offering practical and deployable architecture for the converged photonic IP network. TINA IP Control and Management (IPCM) WG was established during TINA phase II (1998-2000), to study IP control and management issues using the architecture basis of TINA-CMA. Latest activities in TINA IPCM WG, compiling experience at Sprint, Telia, Telecom Italia Lab., and Fujitsu, have resulted in a specification for connectivity provider reference points, namely ConS, ConC, and FCon. Use of TINA CMA as building blocks for the IP photonic network convergence is illustrated. An overview of a ConS reference point specification for managed IP connectivity service, named ConS-IPCM, is explained.
URL: https://global.ieice.org/en_transactions/communications/10.1587/e84-b_12_3086/_p
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@ARTICLE{e84-b_12_3086,
author={Takeo HAMADA, Leif J. BYSTROM, Hendrik BERNDT, },
journal={IEICE TRANSACTIONS on Communications},
title={Networking Technology Convergence in the Photonic Age--TINA Vision on IP Control and Management--},
year={2001},
volume={E84-B},
number={12},
pages={3086-3095},
abstract={Surging capacity demand triggered by the increasingly mobile-oriented and exponentially growing Internet has accelerated convergence of networking technologies. In the core network side, IP and photonics have been the two key driving factors of technical innovations. Amid this technical turmoil, Generalized MPLS (GMPLS) in IETF has recently attracted sizable attentions, as it offers potential for "Grand Unification Theory" for network technology convergence. Despite its prospects, however, the proposal is still missing comparable structures in management plane, which is in dire need for carrier-class, reliable operations. Among many industry proposals and standards, TINA vision on connection management architecture (CMA) is the one offering practical and deployable architecture for the converged photonic IP network. TINA IP Control and Management (IPCM) WG was established during TINA phase II (1998-2000), to study IP control and management issues using the architecture basis of TINA-CMA. Latest activities in TINA IPCM WG, compiling experience at Sprint, Telia, Telecom Italia Lab., and Fujitsu, have resulted in a specification for connectivity provider reference points, namely ConS, ConC, and FCon. Use of TINA CMA as building blocks for the IP photonic network convergence is illustrated. An overview of a ConS reference point specification for managed IP connectivity service, named ConS-IPCM, is explained.},
keywords={},
doi={},
ISSN={},
month={December},}
Copy
TY - JOUR
TI - Networking Technology Convergence in the Photonic Age--TINA Vision on IP Control and Management--
T2 - IEICE TRANSACTIONS on Communications
SP - 3086
EP - 3095
AU - Takeo HAMADA
AU - Leif J. BYSTROM
AU - Hendrik BERNDT
PY - 2001
DO -
JO - IEICE TRANSACTIONS on Communications
SN -
VL - E84-B
IS - 12
JA - IEICE TRANSACTIONS on Communications
Y1 - December 2001
AB - Surging capacity demand triggered by the increasingly mobile-oriented and exponentially growing Internet has accelerated convergence of networking technologies. In the core network side, IP and photonics have been the two key driving factors of technical innovations. Amid this technical turmoil, Generalized MPLS (GMPLS) in IETF has recently attracted sizable attentions, as it offers potential for "Grand Unification Theory" for network technology convergence. Despite its prospects, however, the proposal is still missing comparable structures in management plane, which is in dire need for carrier-class, reliable operations. Among many industry proposals and standards, TINA vision on connection management architecture (CMA) is the one offering practical and deployable architecture for the converged photonic IP network. TINA IP Control and Management (IPCM) WG was established during TINA phase II (1998-2000), to study IP control and management issues using the architecture basis of TINA-CMA. Latest activities in TINA IPCM WG, compiling experience at Sprint, Telia, Telecom Italia Lab., and Fujitsu, have resulted in a specification for connectivity provider reference points, namely ConS, ConC, and FCon. Use of TINA CMA as building blocks for the IP photonic network convergence is illustrated. An overview of a ConS reference point specification for managed IP connectivity service, named ConS-IPCM, is explained.
ER -
English
