Personal Information
Unternehmen/Arbeitsplatz
Porto Portugal
Beruf
Senior Scientist
Branche
Telecom / Mobile
Info
Waldir Moreira holds Bachelors (‘05) and Masters (‘08) degrees in Computer Science. His PhD degree in Telecommunications (’14) is from Universidades do Minho, Aveiro and Porto. His researcher career started at GERCOM/UFPA/Brazil (‘06) passing by INESC-Porto/Portugal (‘09), COPELABS/Portugal (‘10), and Regional Catalão/UFG/Brazil (’15), being involved in different national and European projects. Currently, he is Senior Scientist at Fraunhofer AICOS working in the field of ICT for Development. His research interests and publications are related to Wireless Adhoc, Mesh, Social-aware, Cooperative, Opportunistic, and Information-centric Networking and Routing.
Tags
opportunistic routing
network dynamics
social structures
daily routines
communication for development.
intermittent connectivity
digital inclusion
developing countries
sustainable villages
contact duration
social information
scale-free
power-law
small-world
online social networks
dtn routing
social graphs
opportunistic routing; assessment model
delay tolerant networks
users’ interests
future internet architecture
user cooperation
community formation
routing
opportunistic networks
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Präsentationen
(25)Personal Information
Unternehmen/Arbeitsplatz
Porto Portugal
Beruf
Senior Scientist
Branche
Telecom / Mobile
Info
Waldir Moreira holds Bachelors (‘05) and Masters (‘08) degrees in Computer Science. His PhD degree in Telecommunications (’14) is from Universidades do Minho, Aveiro and Porto. His researcher career started at GERCOM/UFPA/Brazil (‘06) passing by INESC-Porto/Portugal (‘09), COPELABS/Portugal (‘10), and Regional Catalão/UFG/Brazil (’15), being involved in different national and European projects. Currently, he is Senior Scientist at Fraunhofer AICOS working in the field of ICT for Development. His research interests and publications are related to Wireless Adhoc, Mesh, Social-aware, Cooperative, Opportunistic, and Information-centric Networking and Routing.
Tags
opportunistic routing
network dynamics
social structures
daily routines
communication for development.
intermittent connectivity
digital inclusion
developing countries
sustainable villages
contact duration
social information
scale-free
power-law
small-world
online social networks
dtn routing
social graphs
opportunistic routing; assessment model
delay tolerant networks
users’ interests
future internet architecture
user cooperation
community formation
routing
opportunistic networks
Mehr anzeigen