Due to a ransomware attack, the wiki was reverted to a July 2022 version. . We apologize for the lack of a more recent valid backup.
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- Alaitz Mendiola / University of the Basque Country / GEANT
- Brian O'Connor / ON.Lab (bocon@onlab.us)
- Chun-Ming Ou / NCTU
- Carolina Fernández / i2CAT
- Dongkyun Kim / KREONET
- Huai-Wen Hsu / NCTU
- Himal Kumar / UNSW
- Humberto Galiza / AmLight
- Itzik Ashkenazi / Technion - Israel Institute of Technology
- Jeronimo Bezerra / AmLight-FIU
- Jordi Ortiz / University of the Basque Country
- Pier Luigi Ventre / CNIT / Università Roma Tor Vergata / GEANT
- Priyanka Chopra / Adara Networks
- Raghu Ram / Adara Networks
- Wei-Cheng Wang / NCTU
- Wu Shaoyong / ZTE Corporation
- Yi Tseng / NCTU
- Yong-Hwan Kim / KREONET
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- Short-term focus in 2016:
- Let ONOS run concurrently applications to provision L2 circuits (VPLS) and L3 services through BGP (SDN-IP) (Work already in progress - looking for help)
- Refactor the ProxyARP application to avoid code duplication while enabling different applications to plugin their ProxyARP logic easily (Work already in progress lead by Jonathan Hart (jono@onlab.us) - looking for help)
- Possibly integrate the features of Castor (developed by AARNET) and SDX-L2 (developed by GEANT) into VPLS
- Possibly integrate the features of Castor and SDX-L3 (developed by GEANT) into SDN-IP
- Related deployment activities at the RENs + integration with specific vendors
- Deployment activities
- Demo results at ONOS Build 2016
- Long-term focus in 2017:
- Integrate - at least for demo/field trial purposes - the recently developed BoD app (for NSI integration)
- Integrate packet-optical to manage optical resources (already developed at ON.Lab) with VPLS and SDN-IP
- Use MEF standards into VPLS
- Integrate E-CORD and VPLS, so that VPLS can dynamically connect multiple
- More deployment activities
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