COPELABS coordination: Paulo Mendes
This project has received funding from the European Union's Horizon 2020 research and innovation programme under grant agreement No 645124.
The NDN-Opp framework includes some changes in relation to NDN Forward Daemon (NFD) in order to enable social-based information-centric routing over dynamic wireless networks. The first implementation makes use of Wi-Fi direct to exploit wireless transmission opportunities.
Performs the normal forwarding decisions of NDN packets based on their names (UCLA implementation).
Maintains low-level communication channels used by the Opportunistic Faces to effectively transmit packets between UMobile Peers.
Fulfills two functions within NDN-Opp
As UMobile Peers appear and disappear in the vicinity, the Router is in charge of maintaining the state of the corresponding Opportunistic Faces installed in the Forwarding Daemon.
In order to improve the forwarding paths used when transmitting packets, the Router runs an algorithm which recomputes the contents of its RIB and FIB based on a variety of indicators pertaining UMobile Peers that it has encountered in the past.
Implements the queuing and de-queueing of packets based on the availability of the next-hop.
COPELABS is specifying and investigating how to extend NDN to be applicable in the context of opportunistic wireless environments.
The NDN framework for Opportunistic Networks (NDN-Opp) is being developed aiming to support opportunistic data forwarding based on users’ interests and their dynamic social behavior.
Participation in NDN related Activities
NDN-Opp presentation and demonstration at NDNComm 2017, Memphis, USA, March 2017.
Seweryn Dynerowicz, Omar Aponte, Paulo Mendes, “NDN operation in Opportunistic Wireless Networks”, NDN Community Meeting, Memphis, USA, March 2017
Our scientific repository holds the most recent work. COPELABS follows a pre-print open policy.
SITI is focused upon user-centric trends that are emerging in several fields of Information and Communication Technology (ICT), OSI Layers 2 and 3. As in other grassroots movements, the user will have an active say concerning services provided and consequently, concerning the techno-social environment that surrounds him/her.
This group is based (i.e. integrated members) on a core of scientifically active researchers from the former CEPCA (Pedro Gamito, Jorge Oliveira, Rodrigo Brito, Paulo Lopes, and Ana Loureiro) 2 more recent PhDs (Cristina Camilo and Bárbara Gonzalez). Note, however, that the CEPCA team (team size, funding and indicators included in 5.) changed substantially since 2008, when it had 8 PhDs (of which only PG remains) and 5 groups. In 2011-13 the team grew to 14 integrated PhDs in 2-3 groups. By 2013, however, it was clear that the bulk of CEPCA output of international level (13 of the 14 indicators in table 5.) was the responsibility of the neurocognitive/cyber therapy-focused group, with only 3 PhD and 2 non-PhD members (PI: PG). The inevitable consolidation of CEPCA around this core group pointed to the desirability of joining forces with an informatics team – SITILABS – to create COPELABS as an interdisciplinary R&D unit (see Description of the R&D unit).