Evaluation of restoration mechanisms for future services using carrier Ethernet
Henrik Wessing, Michael Berger, H. M. Gestsson, Hongbin Yu, Anders Rønne Rasmussen, Lukasz Brewka, Sarah Ruepp
Abstract
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Henrik Wessing, Michael Berger, H. M. Gestsson, Hongbin Yu, Anders Rønne Rasmussen, Lukasz Brewka, Sarah Ruepp
Abstract
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In this paper, we evaluate and classify future service according to their requirements for delay, loss and bandwidth.The most demanding services include IPTV in different forms, hence IPTV is used as a representative for future services.Carrier Ethernet technologies are introduced with special focus on its OAM functionalities, and it is evaluated how IPTV performs in case of link failures on a Carrier Ethernet implementation.It is concluded that OAM update times of 10 ms is required to provide acceptable restoration performance in case of errors.
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In this paper, we evaluate and classify future service according to their requirements for delay, loss and bandwidth.The most demanding services include IPTV in different forms, hence IPTV is used as a representative for future services.Carrier Ethernet technologies are introduced with special focus on its OAM functionalities, and it is evaluated how IPTV performs in case of link failures on a Carrier Ethernet implementation.It is concluded that OAM update times of 10 ms is required to provide acceptable restoration performance in case of errors.
Key concepts: IPTV, Computer science, Ethernet, Computer network, Carrier Ethernet, Bandwidth (computing), Connection-oriented Ethernet, Ethernet over PDH