Topic
10G-PON
About: 10G-PON is a research topic. Over the lifetime, 1675 publications have been published within this topic receiving 27843 citations. The topic is also known as: XG-PON.
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Papers
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TL;DR: The article describes the global test network, services, architecture, and overall test approach, and describes innovations made to the optical control plane to handle multilayer signaling and lists further refinements needed to make these services operational.
Abstract: This article describes the 2005 Worldwide Interoperability Demonstration held by the Optical Internetworking Forum and showcased during SUPERCOMM 2005, The event highlighted Ethernet services transported over intelligent optical networks, using equipment from 13 of the industry's leading vendors located in seven carrier laboratory facilities around the world. The demonstration utilized a distributed optical control plane based on OIF Implementation Agreements to control a multilayer network providing Ethernet over SONET/SDH adaptation and transport. The article describes the global test network, services, architecture, and overall test approach. It also describes innovations made to the optical control plane to handle multilayer signaling and lists further refinements needed to make these services operational.
12 citations
17 Mar 2013
TL;DR: With the proposed multi-ring burst network, many transceivers, fibers and core switches are eliminated and ultrahigh-capacity switching is achieved.
Abstract: We propose an efficient scheme to all-optically inter-networking the pods of a data center. With the proposed multi-ring burst network, many transceivers, fibers and core switches are eliminated and ultrahigh-capacity switching is achieved.
12 citations
IBM1
TL;DR: The wired (networking) and wireless telecommunications areas are rapidly expanding in applications and data rates, which drives a need for highly complex RF/Analog and Mixed Signal products.
Abstract: The wired (networking) and wireless telecommunications areas are rapidly expanding in applications and data rates. This drives a need for highly complex RF/Analog and Mixed Signal products. SiGe BiCMOS and RF CMOS are the two technologies that are capable of fulfilling the technology requirements for these products. The active and passives device suite is described. The application areas for Bipolar and CMOS are discussed. SiGe BiCMOS products examples are given.
12 citations
TL;DR: The feasibility of an open converged metro-access network approach for sharing optical layer resources like fibers and optical spectrum among different services and operators is demonstrated by the simultaneous operation of multiple services showing different modulation formats and multiplexing techniques.
Abstract: An open converged metro-access network approach allows for sharing optical layer resources like fibers and optical spectrum among different services and operators. We demonstrated experimentally the feasibility of such a concept by the simultaneous operation of multiple services showing different modulation formats and multiplexing techniques. Flexible access nodes are implemented including semiconductor optical amplifiers to create a transparent and reconfigurable optical ring network. The impact of cascaded optical amplifiers on the signal quality is studied along the ring. In addition, the influence of high power rival signals in the same waveband and in the same fiber is analyzed.
12 citations
TL;DR: An approach based on evolutionary game theory is proposed and employed, with a view to examining the interactions among the base stations and the passive optical network, and the proposed system design is proved to be asymptotically stable.
Abstract: The market uptake of the 4th Generation networks is expected to support the increasing demand for wireless broadband services and ensure an enhanced mobile user experience. In this direction, the convergence of a wireless access network with an optical backhauling has been proposed. However, in such a converged architecture, the traditional fixed commitment of the backhaul resources does not prove to be as efficient, and novel dynamic schemes are required that consider both the needs of the base stations and the limitations of the passive optical network. This paper is concerned with the topic of resource allocation in two competing base stations that belong to different operators and share a common optical backhaul network infrastructure. An approach based on evolutionary game theory is proposed and employed, with a view to examining the interactions among the base stations and the passive optical network. Using the model of replicator dynamics, the proposed system design is proved to be asymptotically stable. In addition, this paper studies and reveals the extent to which time delay can have an impact on the proposed system design.
12 citations