SDN-enabled Sliceable BVT Based on Multicarrier Technology for Multi-Flow Rate/Distance and Grid Adaptation

Michela Svaluto Moreolo; Josep M. Fabrega; Laia  Nadal; Arturo  Mayoral; Yuki Yoshida; Ken-ichi  Kitayama; Ricard Vilalta; Raul Muñoz; Ramon Casellas; Ricardo Martínez; Masato Nishihara; Toshiki Tanaka; Tomoo Takahara; Jens C. Rasmussen; Christoph Kottke; Schlosser Michael; Ronald Freund; Fanchao Meng; Shuang Yi Yan; Georgios Zervas; Dimitra Simeonidou

SDN-enabled Sliceable BVT Based on Multicarrier Technology for Multi-Flow Rate/Distance and Grid Adaptation

Michela Svaluto Moreolo
, Josep M. Fabrega
, Laia Nadal
, Arturo Mayoral
, Yuki Yoshida
, Ken-ichi Kitayama
, Ricard Vilalta
, Raul Muñoz
, Ramon Casellas
, Ricardo Martínez
, Masato Nishihara
, Toshiki Tanaka
, Tomoo Takahara
, Jens C. Rasmussen
, Christoph Kottke
, Schlosser Michael
, Ronald Freund
, Fanchao Meng
, Shuang Yi Yan
, Georgios Zervas

Dimitra Simeonidou

Research output: Contribution to conference › Conference Paper › peer-review

5 Citations (Scopus)

Abstract

Abstract—We propose a sliceable bandwidth variable
transceiver (S-BVT) architecture suitable for metro/regional
elastic networks and highly scalable data center (DC) applications.
It adopts multicarrier modulation (MCM) technology, either
OFDM or DMT, and a cost-effective optoelectronic front-end. The
high-capacity S-BVT is programmable, adaptive and
reconfigurable by an SDN controller for efficient resource usage,
enabling unique granularity, flexibility and grid adaptation, even
in conventional fixed-grid networks. We experimentally
demonstrate its multiple advanced functionalities in the four-node
photonic mesh network of the ADRENALINE testbed. This
includes SDN-enabled rate/distance adaptive multi-flow
generation and routing/switching, slice-ability, flexibility and
adaptability for the mitigation of spectrum fragmentation as well
as for a soft migration towards the flexi-grid paradigm.

Original language	English
Publication status	Published - 1 Oct 2015

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Svaluto Moreolo, M., M. Fabrega, J., Nadal, L., Mayoral, A., Yoshida, Y., Kitayama, K., Vilalta, R., Muñoz, R., Casellas, R., Martínez, R., Nishihara, M., Tanaka, T., Takahara, T., C. Rasmussen, J., Kottke, C., Michael, S., Freund, R., Meng, F., Yan, S. Y., ... Simeonidou, D. (2015). SDN-enabled Sliceable BVT Based on Multicarrier Technology for Multi-Flow Rate/Distance and Grid Adaptation.

@conference{3d4e811574df4db48ba5f8a195373911,

title = "SDN-enabled Sliceable BVT Based on Multicarrier Technology for Multi-Flow Rate/Distance and Grid Adaptation",

abstract = "Abstract—We propose a sliceable bandwidth variable transceiver (S-BVT) architecture suitable for metro/regional elastic networks and highly scalable data center (DC) applications. It adopts multicarrier modulation (MCM) technology, either OFDM or DMT, and a cost-effective optoelectronic front-end. The high-capacity S-BVT is programmable, adaptive and reconfigurable by an SDN controller for efficient resource usage, enabling unique granularity, flexibility and grid adaptation, even in conventional fixed-grid networks. We experimentally demonstrate its multiple advanced functionalities in the four-node photonic mesh network of the ADRENALINE testbed. This includes SDN-enabled rate/distance adaptive multi-flow generation and routing/switching, slice-ability, flexibility and adaptability for the mitigation of spectrum fragmentation as well as for a soft migration towards the flexi-grid paradigm.",

author = "\{Svaluto Moreolo\}, Michela and \{M. Fabrega\}, Josep and Laia Nadal and Arturo Mayoral and Yuki Yoshida and Ken-ichi Kitayama and Ricard Vilalta and Raul Mu{\~n}oz and Ramon Casellas and Ricardo Mart{\'i}nez and Masato Nishihara and Toshiki Tanaka and Tomoo Takahara and \{C. Rasmussen\}, Jens and Christoph Kottke and Schlosser Michael and Ronald Freund and Fanchao Meng and Yan, \{Shuang Yi\} and Georgios Zervas and Dimitra Simeonidou",

year = "2015",

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day = "1",

language = "English",

}

Svaluto Moreolo, M, M. Fabrega, J, Nadal, L, Mayoral, A, Yoshida, Y, Kitayama, K, Vilalta, R, Muñoz, R, Casellas, R, Martínez, R, Nishihara, M, Tanaka, T, Takahara, T, C. Rasmussen, J, Kottke, C, Michael, S, Freund, R, Meng, F, Yan, SY, Zervas, G & Simeonidou, D 2015, 'SDN-enabled Sliceable BVT Based on Multicarrier Technology for Multi-Flow Rate/Distance and Grid Adaptation'.

TY - CONF

T1 - SDN-enabled Sliceable BVT Based on Multicarrier Technology for Multi-Flow Rate/Distance and Grid Adaptation

AU - Svaluto Moreolo, Michela

AU - M. Fabrega, Josep

AU - Nadal, Laia

AU - Mayoral, Arturo

AU - Yoshida, Yuki

AU - Kitayama, Ken-ichi

AU - Vilalta, Ricard

AU - Muñoz, Raul

AU - Casellas, Ramon

AU - Martínez, Ricardo

AU - Nishihara, Masato

AU - Tanaka, Toshiki

AU - Takahara, Tomoo

AU - C. Rasmussen, Jens

AU - Kottke, Christoph

AU - Michael, Schlosser

AU - Freund, Ronald

AU - Meng, Fanchao

AU - Yan, Shuang Yi

AU - Zervas, Georgios

AU - Simeonidou, Dimitra

PY - 2015/10/1

Y1 - 2015/10/1

N2 - Abstract—We propose a sliceable bandwidth variable transceiver (S-BVT) architecture suitable for metro/regional elastic networks and highly scalable data center (DC) applications. It adopts multicarrier modulation (MCM) technology, either OFDM or DMT, and a cost-effective optoelectronic front-end. The high-capacity S-BVT is programmable, adaptive and reconfigurable by an SDN controller for efficient resource usage, enabling unique granularity, flexibility and grid adaptation, even in conventional fixed-grid networks. We experimentally demonstrate its multiple advanced functionalities in the four-node photonic mesh network of the ADRENALINE testbed. This includes SDN-enabled rate/distance adaptive multi-flow generation and routing/switching, slice-ability, flexibility and adaptability for the mitigation of spectrum fragmentation as well as for a soft migration towards the flexi-grid paradigm.

AB - Abstract—We propose a sliceable bandwidth variable transceiver (S-BVT) architecture suitable for metro/regional elastic networks and highly scalable data center (DC) applications. It adopts multicarrier modulation (MCM) technology, either OFDM or DMT, and a cost-effective optoelectronic front-end. The high-capacity S-BVT is programmable, adaptive and reconfigurable by an SDN controller for efficient resource usage, enabling unique granularity, flexibility and grid adaptation, even in conventional fixed-grid networks. We experimentally demonstrate its multiple advanced functionalities in the four-node photonic mesh network of the ADRENALINE testbed. This includes SDN-enabled rate/distance adaptive multi-flow generation and routing/switching, slice-ability, flexibility and adaptability for the mitigation of spectrum fragmentation as well as for a soft migration towards the flexi-grid paradigm.

M3 - Conference Paper

ER -

SDN-enabled Sliceable BVT Based on Multicarrier Technology for Multi-Flow Rate/Distance and Grid Adaptation

Abstract

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