Henrique São Mamede

dblp:217/4594 · also Henrique Pereira S. Mamede, Henrique S. Mamede, José Henrique Pereira São Mamede · DBLP profile ↗
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10ranked-venue papers
0as first author
5since 2021 · last 2024
0000-0002-5383-9884ORCID · verified

Domains — the database's venue-derived domains; a paper can count in several

Applied, interdisciplinary, general and emerging computing · 9 · 5 since 2021Computer networks · 1
YearPublicationVenuePosition
2024 The Importance of a Framework for the Implementation of Technologies Supporting Talent Management
Helena Rodrigues Ferreira, Arnaldo Manuel Pinto Santos, Henrique São Mamede
WorldCIST (3)3
2024 Maximising Attendance in Higher Education: How AI and Gamification Strategies Can Boost Student Engagement and Participation
Viktoriya Limonova, Arnaldo Manuel Pinto Santos, Henrique São Mamede, Vítor Filipe
WorldCIST (4)3
2023 The Relationship Between Digital Literacy and Digital Transformation in Portuguese Local Public Administration: Is There a Need for an Explanatory Model?
José Arnaud, Henrique São Mamede, Frederico Branco
WorldCIST (3)2
2022 Information Security Threat Assessment Using Social Engineering in the Organizational Context - Literature Review
António Lopes 0005, Leonilde Reis, Henrique São Mamede, Arnaldo Manuel Pinto Santos
WorldCIST (2)3
2022 A Personalized Narrative Method to Improve Serious Games
Tatianna Rosal, Henrique São Mamede, Miguel Mira da Silva
WorldCIST (2)2
2019 Trusted Data's Marketplace
António Brandão, Henrique São Mamede, Ramiro Gonçalves
WorldCIST (1)2
2018 Water Domiciliary Distribution Telemanagement Value Model
Ivo Jorge Magalhães da Costa, Henrique São Mamede, Luísa Margarida Cagica Carvalho
WEBIST2
2018 Systematic Review of the Literature, Research on Blockchain Technology as Support to the Trust Model Proposed Applied to Smart Places
António Brandão, Henrique São Mamede, Ramiro Gonçalves
WorldCIST (1)2
2016 Machine Learning in Software Defined Networks: Data collection and traffic classification
abstract
Software Defined Networks (SDNs) provides a separation between the control plane and the forwarding plane of networks. The software implementation of the control plane and the built in data collection mechanisms of the OpenFlow protocol promise to be excellent tools to implement Machine Learning (ML) network control applications. A first step in that direction is to understand the type of data that can be collected in SDNs and how information can be learned from that data. In this work we describe a simple architecture deployed in an enterprise network that gathers traffic data using the OpenFlow protocol. We present the data-sets that can be obtained and show how several ML techniques can be applied to it for traffic classification. The results indicate that high accuracy classification can be obtained with the data-sets using supervised learning.
Pedro Amaral 0001, João Dinis, Paulo Pinto 0001, Luís Bernardo, João Tavares 0003, Henrique São Mamede
ICNP6
2010 Web Accessibility - Portuguese Web Accesibility with WCAG-1.0 and WCAG-2.0
Ramiro Gonçalves, José Martins 0002, Henrique São Mamede
WEBIST (2)4