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Passive Optical Network: A New Approach In Optical Network
2020 International Conference on Advances in Computing, Communication & Materials (ICACCM), 2020This paper shows that the future of optical networking and shows the trends of the optical networking. Now a day's optical network changes day to day life with the increasers the speed of the bandwidth with the less loss of the signal or information which is sent through the optical network. Now a day's increases the speed of bandwidth also changes the
Vikas Sharma, Sharad Sharma, Ashok Kumar
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WDM Ethernet passive optical networks
IEEE Communications Magazine, 2006WDM EPONs not only allow for cautious pay-as-you-grow upgrades of single-channel TDM EPONs but also avoid linearly increasing polling cycle times for an increasing number of ONUS. In this article, we first provide a comprehensive overview of the state of the art of TDM EPONs and recently reported dynamic bandwidth allocation algorithms, including ...
Michael P. McGarry +2 more
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Passive Optical Network Evolution to Next Generation Passive Optical Network: A Review
2018 6th Edition of International Conference on Wireless Networks & Embedded Systems (WECON), 2018The rapid expansion of Internet traffic shoves the communication networks to optical access networks for enhancing the transmission information rate. Passive optical network (PON) is a developed and most encouraging access network which provides the high bandwidth, information rate and low cost architecture for home and business enterprises.
Meet Kumari, Reecha Sharma, Anu Sheetal
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An economic ATM passive optical network
IEEE Communications Magazine, 1997ATM network technology simplifies considerably the provision of services by providing the user with a unique interface to a single integrated service network that will handle all the user's needs. However, while it is possible to think of direct fiber connection to large business customers, where the amount of traffic (and hence the revenue) justifies ...
Babul Miah, Laurie G. Cuthbert
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Degradation attacks on Passive Optical Networks
2012 16th International Conference on Optical Network Design and Modelling (ONDM), 2012Passive Optical Networks (PONs) are a promising candidate to solve the last-mile problem in access networks. By using optical fibers, PONs can offer to the subscribers higher capacity than other traditional access technologies, such as xDSL or Cable-TV, at a lower cost than FTTx solutions.
S. Drakulic +2 more
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Network Coding in Passive Optical Networks
2010 IEEE International Symposium on Network Coding (NetCod), 2010One of the most promising technologies for high-speed access to the Internet are Passive Optical Networks as they provide high data rates at low cost. We integrate network coding into the Ethernet Passive Optical Network architecture to increase downlink throughput by up to 50% without changing the physical layer.
Konstantin Miller +3 more
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Free Space Passive Optical Network
2018This paper proposes free space passive optical network (FSPON) as a potential candidate of high data rate access network based on optical wireless transmission. FSPON could be considered for indoor as well as outdoor deployments. Pending the progress in FSO range, it is appropriate for short range communication network.
Ahmed D. Kora +3 more
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Passive components modeling for optical network-on-chip
SPIE Proceedings, 2010A modeling method for passive photonic components such as add-drop filters is presented, which allows for fast and accurate system-level ONoC simulation in a electrical EDA simulation environment.
Bo Wang +2 more
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Synchronization for passive optical networks
Journal of Lightwave Technology, 1995There is widespread interest in the passive optical network as a solution for a future fiber in the loop network. This paper addresses the problem of synchronization at the line termination of a passive optical network that uses high-speed time division multiple access.
S. Topliss, D. Beeler, L. Altwegg
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Performances of some applications in passive optical networks
2014 22nd Signal Processing and Communications Applications Conference (SIU), 2014In this study, some passive optical network structures are investigated. Characteristic properties of passive optical network technology types APON, BPON, EPON, GPON and GEPON are explained. The topology of a reliable optical communication system is formed with OptiSystem 12.0 simulation program and the simulation results are interpreted.
Catalbas, Cenk +1 more
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