Emerging Optical Network Technologies: Architectures, Protocols and Performance

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Click for more information on our Delivery Options. Sivalingam and Suresh Subramaniam. Some of the important issues involving the new technologies involve the architectural, protocol, and performance related issues. This book addresses these issues and presents a birds eye view of some of the promising technologies. It is intended for researchers and those pursuing advanced degrees in this field.

Photonic Networks and Devices

While every attempt has been made to ensure stock availability, occasionally we do run out of stock at our stores. Trial of new technologies that allow for application signaling to optical network resources. Experiments with new types of advanced networking middleware that make networks more intelligent. Here is an image of the Overlay Management Network. New techniques for traffic engineering are being explored on this testbed, especially for taking advantage of an architectural model that is more distributed than hierarchical.

These patterns require new types of architecture and engineering. OMNInet testbed services are based on new types of photonic-based components, architecture and techniques that support multiple interconnected lightwave lambda paths within fiber strands. Each frequency can simultaneously communicate data - substantially increasing the capacity of the fiber.

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Traditionally, these techniques have been used for long-haul services. However, newer, related technologies are now being designed specifically to optimize local digital communication services, such as those within metro areas. Key components are adjustable lasers and minute mirrors that control light wavelengths to route traffic.

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OMNInet was established to allow research on core optical components, including multiprotocol, integrated DWDM, experiments with new technologies and techniques, including IP control planes using GMPLS, which employs a signaling overlay architecture , testing, and analysis, and for the creation of new protocols. OMNInet employs Internet protocols and mesh architectures to provide reliability through redundancy, automatic restoration, optimization through traffic management, pre-fault-diagnostics for trouble avoidance, granulated service definition, etc.

Although these types of considerations are part of the testbed agenda, they are not currently on the critical path for experimentation. These tpes of consideration will be addressed during a later phase of the project. It connects advanced networks form all the major world economies. Scientists will be the first users of the burgeoning optical network by virtue of their high bandwidth applications and distributed computing and storage needs. Allowing scientists to take better advantage of emerging national and international optical networks will lay the groundwork for future optical commodity networks.

The National Science Foundation-funded StarLightSM project is one such advanced optical infrastructure and proving ground for network services optimized for high-performance applications. It is being built in parallel with STAR TAPSM, the Chicago-based international, interconnection point that has facilitated the long-term interconnection and interoperability of advanced international networking since This NetherLight project, which is being funded by the government of the Netherlands through the GigaPort Network, is creating the world's first trans-Atlantic wavelength 2.

The link will connect StarLight and a science center in Amsterdam. NetherLight research includes multiple topics. This project is building a pure lambda switching facility in Amsterdam and connecting it via dedicated lambdas to StarLight.

The facility will be used to investigate new concepts of optical bandwidth provisioning and to gain experience in these new techniques. In particular the project will look into different scenarios on how lambdas could be used to provide tailored network performance for high demanding grid applications. OMNI and Metro Infrastructure Policy A key component of the OMNI activities relate to the development of policies related to planning and implementing large scale digital communication infrastructure that assists in preparing cities for the new digital economy.

These projects relate to metro area strategic planning, removing artificial barriers to the development of such infrastructure, creating infrastructure design and development policies, creating new types of financial models, and developing organizational partnerships that enable the creation of advanced infrastructure. Some of these policy activities indicate the importance of advanced digital communications infrastructure to metro economies, and, more specifically, the recognition of general access to wavelengths as a key economic enabler.

Others focus on developing business models for providing new forms of digital communication services. Also, the perspective here is that basic fiber infrastructure is moving toward deployment as a common commodity utility. The OMNInet partnership includes: Nortel Networks is an industry leader and innovator focused on transforming how the world communicates and exchanges information.

Emerging Optical Network Technologies: Architectures, Protocols and Performance

The company is supplying its service provider and enterprise customers with communications technology and infrastructure to enable value-added IP data, voice and multimedia services spanning Metro Networks, Wireless Networks and Optical Long Haul Networks. As a global company, Nortel Networks does business in more than countries. More information about Nortel Networks can be found on the Web at www. SBC Communications Inc.

Journal of Optical Communications and Networking (JOCN)

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