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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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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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Practical Deployment of Passive Optical Networks
IEEE Communications Magazine, 2008This article describes several real deployments of passive optical networks (PONs, the most common form of fiber to the home, FTTH) in several parts of the world, some with incumbent providers, some with other entities. The networks and service models are described, along with initial experiences with providing service.
James O. Farmer, Kevin Bourg
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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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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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2006
The optical access is gaining more interest as the demand for higher and higher bandwidth is getting stronger. The major drivers for larger bandwidth are the increasing processing power of user terminals and development of services that require substantially larger bandwidth than available in present day access networks.
Lallukka, Sami, Raatikainen, Pertti
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The optical access is gaining more interest as the demand for higher and higher bandwidth is getting stronger. The major drivers for larger bandwidth are the increasing processing power of user terminals and development of services that require substantially larger bandwidth than available in present day access networks.
Lallukka, Sami, Raatikainen, Pertti
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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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Optical Testing for Passive Optical Networks
OFC/NFOEC 2008 - 2008 Conference on Optical Fiber Communication/National Fiber Optic Engineers Conference, 2008This paper reviews the demand for and the current status of PON optical diagnostics. Special focus is given to methods of optical testing that use capabilities that are incorporated into the transmission equipment itself.
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Passive optical network (PON) supported networking
Optical Switching and Networking, 2014Marilet De Andrade +3 more
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