An improved low-voltage low-power CMOS comparator to be used in high-speed pipeline ADCs. - Pedro Amaral 001; João Goes; Nuno F. Paulino; Adolfo Steiger-Garção (ISCAS (5), 2002)

Agent-Based Communication Security. - João Paulo Pimentão; Pedro A. C. Sousa; Pedro Amaral 001; Adolfo Steiger-Garção (MATES, 2004)

A Multi-Agent System's Approach to Communication Security in the Web. - João Paulo Pimentão; Pedro A. C. Sousa; Pedro Amaral 001; Adolfo Steiger-Garção (Web Intelligence, 2004)

Inter-domain routing using topology information. - Pedro Amaral 001; Luís Bernardo; Paulo Pinto 001 (CoNEXT, 2008)

Scalable Multi-Region Routing at Inter-Domain Level. - Pedro Amaral 001; Francisco Ganhão; Claudio Assuncao; Luís Bernardo; Paulo Pinto 001 (GLOBECOM, 2009)

DTIA: An Architecture for Inter-Domain Routing. - Pedro Amaral 001; Luís Bernardo; Paulo Pinto 001 (ICC, 2009)

Inter-Domain Traffic Engineering Using an AS-Level Multipath Routing Architecture. - Pedro Amaral 001; Edgar Silva; Luís Bernardo; Paulo Pinto 001 (ICC, 2011)

Multipath inter-domain policy routing. - Pedro Miguel Figueiredo Amaral (2012)

Multipath policy routing using destination based hop-by-hop forwarding. - Pedro Amaral 001; Luís Bernardo; Paulo Pinto 001 (ICNP, 2013)

Multipath policy routing for the inter-domain scenario. - Pedro Amaral 001; Luís Bernardo; Paulo Pinto 001 (ICC, 2014)

An L2 policy based multipath fabric. - Pedro Amaral 001; Luís Bernardo; Paulo Pinto 001; Fabio Julio (ICC, 2014)

SC-FDE femtocell energy saving using IB-DFE Interference Cancellation techniques. - B. Branco; Francisco Ganhão; Luis Irio; Luís Bernardo; Rui Dinis 001; Rodolfo Oliveira; Pedro Amaral 001; Paulo Pinto 001 (ICT, 2014)

FM-MAC: A Novel MAC Protocol for In-Band Full-Duplex Systems That Use Multipacket Reception. - T. Bento; Luís Bernardo; Rui Dinis 001; Rodolfo Oliveira; Paulo Pinto 001; Pedro Amaral 001 (GLOBECOM Workshops, 2015)

Multipacket reception performance in the presence of in-band full duplex communication. - T. Bento; Luís Bernardo; Rui Dinis 001; Rodolfo Oliveira; Paulo Pinto 001; Pedro Amaral 001 (ICC Workshops, 2015)

Using Lightly Synchronized MultiPacket Reception in Machine-Type Communication Networks. - B. Ramos; Luís Bernardo; Rui Dinis 001; Rodolfo Oliveira; Paulo Pinto 001; Pedro Amaral 001 (GLOBECOM Workshops, 2016)

Lightweight admission control and traffic management with SDN. - Paulo Pinto 001; Rui Cardoso; Pedro Amaral 001; Luís Bernardo (ICC, 2016)

Machine Learning in Software Defined Networks: Data collection and traffic classification. - Pedro Amaral 001; João Dinis; Paulo Pinto 001; Luís Bernardo; João Tavares 003; Henrique S. Mamede (ICNP, 2016)

SDN based traffic engineering without optimization: A centrality based approach. - Pedro Amaral 001; Paulo Pinto 001; Luís Bernardo; Fabio Silva (ICC, 2017)

Outliers detection in network services with self-learned profiles. - J. Henriques; Luís Bernardo; Rodolfo Oliveira; Pedro Amaral 001; Francisco Ganhão; Paulo Pinto 001; Rui Dinis 001 (ICUMT, 2017)

Towards a Low Latency Network-Slice Resistant to Unresponsive Traffic. - Paulo Pinto 001; Amineh Mazandarani; Pedro Amaral 001; Luís Bernardo (NCA, 2018)

Application Aware SDN Architecture using Semi-supervised Traffic Classification. - Pedro Amaral 001; Paulo Pinto 001; Luís Bernardo; Amineh Mazandarani (NFV-SDN, 2018)

Algorithms for Estimating the Location of Remote Nodes Using Smartphones. - Dário Pedro; Slavisa Tomic; Luís Bernardo; Marko Beko; Rodolfo Oliveira; Rui Dinis 001; Paulo Pinto 001; Pedro Amaral 001 (IEEE Access, 2019)

Achieving Correct Hop-by-Hop Forwarding on Multiple Policy-Based Routing Paths. - Pedro Amaral 001; Paulo Pinto 001; Luís Bernardo (IEEE Trans. Netw. Sci. Eng., 2020)

Deep Learning-Based Automated Detection of Inappropriate Face Image Attributes for ID Documents. - Amineh Mazandarani; Pedro Miguel Figueiredo Amaral; Paulo da Fonseca Pinto; Seyed Jafar Hosseini Shamoushaki (DoCEIS, 2021)

Deep Reinforcement Learning Based Routing in IP Media Broadcast Networks: Feasibility and Performance. - Pedro Amaral 001; Diogo Simões (IEEE Access, 2022)