Titlebook: Optical Networks and Technologies; IFIP TC6 / WG6.10 Fi Ken-Ichi Kitayama,Francesco Masetti-Placci,Giancar Conference proceedings 2005 IFIP

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Developments in Optical Seamless Networksxperience expected by the service users community. Optical technologies will be dealt with first, explaining how they are fitting in the medium and long term evolution of commercial optical transmission systems. Hardware and software technologies involved in the shift toward data centric services ar

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Cinema-Class Digital Content Distribution via Optical Networkstion of 8-million pixel is developed. Its image quality is four times of HDTV in resolution, and enables us to replace conventional 35mm films. This system is based on JPEG 2000 coding technology and transmits high quality digital cinema over high-speed IP networks. All digital cinema data are conti

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Guaranteeing Seamless End-to-End QoS in OBS Networksase of network congestion. The OBS network utilizes a core node architecture with no fiber delay lines and a limited set of wavelength converters. Traffic class performance differentiation is achieved by allowing high class traffic to utilize more node functionalities than low class traffic. To impr

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A Framework for the Analysis of Delay Jitter in Optical Packet Switched Networksn the behavior of higher layer protocols. In this paper an original framework is proposed to analyze these phenomena in optical packet-switched networks that employ the wavelength and the time dimensions to solve congestion. This framework is the first step toward a deeper understanding of the inter

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WONDER: Overview of a Packet-Switched MAN Architectureetwork prototype is currently being developed at PhotonLab in Torino, Italy, by several Italian research groups, thanks to a financing by the Italian Ministry of University and Research (MIUR). It represents an evolution over a similar ring based prototype, named “RingO” which was previously realize

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Performance of Optical Burst Switched WDM Ring Network with TTFR Systeme tunable transmitter and one fixed-tuned receiver (TTFR) oparating on a given wavelength that identifies the node. TTFR type ring network has an advantage that no receiver collisions occur and each node can detect channel collision by transmitter side. By computer simulations, we evaluate the perfo

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