Design considerations for high resolution pipeline ADCs in digital CMOS technology. - Jorge Guilherme; Pedro M. Figueiredo; Pedro Azevedo; Goncalo Minderico; Antonio Leal; João C. Vital; José E. Franca (ICECS, 2001)

A pipeline 15-b 10-Msample/s analog-to-digital converter for ADSL applications. - Jorge Guilherme; Pedro M. Figueiredo; Pedro Azevedo; Goncalo Minderico; Antonio Leal; João C. Vital; José E. Franca (ISCAS (1), 2001)

Perspectives for Sketching Fluids Using Sketch-Based Techniques and Gradient Vector Flow for 3D LBM Initialization. - Sicilia Ferreira Judice; José Guilherme Mayworm; Pedro Azevedo; Gilson A. Giraldi (VISIGRAPP (Selected Papers), 2012)

An Augmented Reality Virtual Glasses Try-On System. - Pedro Azevedo; Thiago Oliveira-Santos; Edilson de Aguiar (SVR, 2016)

Bio-Inspired Foveated Technique for Augmented-Range Vehicle Detection Using Deep Neural Networks. - Pedro Azevedo; Sabrina S. Panceri; Ranik Guidolini; Vinicius B. Cardoso; Claudine Badue; Thiago Oliveira-Santos; Alberto F. De Souza (IJCNN, 2019)

Simulating a Three-Lane Roundabout Using SUMO. - Bernardo Leite; Pedro Azevedo; Rui Leixo; Rosaldo J. F. Rossetti (INTSYS, 2019)

Handling pedestrians in self-driving cars using image tracking and alternative path generation with Frenét frames. - Renan Sarcinelli; Rânik Guidolini; Vinicius B. Cardoso; Thiago M. Paixão; Rodrigo Ferreira Berriel; Pedro Azevedo; Alberto F. De Souza; Claudine Badue; Thiago Oliveira-Santos (Comput. Graph., 2019)

Self-Driving Cars: A Survey. - Claudine Badue; Ranik Guidolini; Raphael Vivacqua Carneiro; Pedro Azevedo; Vinicius Brito Cardoso; Avelino Forechi; Luan Ferreira Reis Jesus; Rodrigo Ferreira Berriel; Thiago Meireles Paixão; Filipe Wall Mutz; Thiago Oliveira-Santos; Alberto Ferreira de Souza (CoRR, 2019)

Exploring NLP and Information Extraction to Jointly Address Question Generation and Answering. - Pedro Azevedo; Bernardo Leite; Henrique Lopes Cardoso; Daniel Castro Silva; Luís Paulo Reis (AIAI (2), 2020)

A Large-Scale Mapping Method Based on Deep Neural Networks Applied to Self-Driving Car Localization. - Vinicius B. Cardoso; André Seidel Oliveira; Avelino Forechi; Pedro Azevedo; Filipe Wall Mutz; Thiago Oliveira-Santos; Claudine Badue; Alberto F. De Souza (IJCNN, 2020)

Image-Based Real-Time Path Generation Using Deep Neural Networks. - Gabriel Moraes; Anderson Mozart; Pedro Azevedo; Marcos Piumbini; Vinicius B. Cardoso; Thiago Oliveira-Santos; Alberto F. De Souza; Claudine Badue (IJCNN, 2020)

Long-Term Map Maintenance in Complex Environments. - Josias Oliveira; Filipe Wall Mutz; Avelino Forechi; Pedro Azevedo; Thiago Oliveira-Santos; Alberto F. De Souza; Claudine Badue (BRACIS (2), 2021)

iFetch: Multimodal Conversational Agents for the Online Fashion Marketplace. - Ricardo Gamelas Sousa; Pedro Miguel Ferreira; Pedro Moreira Costa; Pedro Azevedo; João Paulo Costeira; Carlos Santiago; João Magalhães; David Semedo; Rafael Ferreira 003; Alexander I. Rudnicky; Alexander G. Hauptmann (MuCAI @ ACM Multimedia, 2021)

Towards Better Evidence Extraction Methods for Fact-Checking Systems. - Pedro Azevedo; Gil Rocha; Diego Esteves; Henrique Lopes Cardoso (WI/IAT, 2021)

Self-driving cars: A survey. - Claudine Badue; Rânik Guidolini; Raphael Vivacqua Carneiro; Pedro Azevedo; Vinicius B. Cardoso; Avelino Forechi; Luan F. R. Jesus; Rodrigo Ferreira Berriel; Thiago M. Paixão; Filipe Wall Mutz; Lucas de Paula Veronese; Thiago Oliveira-Santos; et al. (Expert Syst. Appl., 2021)

YOLO-Based Object Detection and Tracking for Autonomous Vehicles Using Edge Devices. - Pedro Azevedo; Vítor Santos 001 (ROBOT (1), 2022)

Task Conditioned BERT for Joint Intent Detection and Slot-Filling. - Diogo Tavares; Pedro Azevedo; David Semedo; Ricardo Gamelas Sousa; João Magalhães (EPIA (1), 2023)

VWise: A novel benchmark for evaluating scene classification for vehicular applications. - Pedro Azevedo; Emanuella Araújo; Gabriel Pierre; Willams de Lima Costa; João Marcelo X. N. Teixeira; Valter Ferreira; Roberto Jones; Veronica Teichrieb (CoRR, 2024)

Comparative analysis of multiple YOLO-based target detectors and trackers for ADAS in edge devices. - Pedro Azevedo; Vítor M. F. Santos (Robotics Auton. Syst., 2024)