Affordable tools for teaching embedded systems. - José Alberto Fonseca; Alexandre Mota 002; Fernando Santos; Pedro Fonseca 003; José Luís Azevedo; José Luis Cura (ICECS, 1998)

The Micro-Rato contest: a popular approach to improve self-study in electronics and computer science. - Luís Almeida 001; Pedro Fonseca 003; José Luís Azevedo (SMC, 2000)

Hierarchical distributed architectures for autonomous mobile robots: A case study. - José Luís Azevedo; Bernardo Cunha; Luís Almeida 001 (ETFA, 2007)

Obtaining the Inverse Distance Map from a Non-SVP Hyperbolic Catadioptric Robotic Vision System. - Bernardo Cunha; José Luís Azevedo; Nuno Lau; Luís Almeida 001 (RoboCup, 2007)

Predictive Control for Behavior Generation of Omni-directional Robots. - João Cunha; Nuno Lau; João Manuel Rodrigues; Bernardo Cunha; José Luís Azevedo (EPIA, 2009)

Obstacle Detection, Identification and Sharing on a Robotic Soccer Team. - João M. Silva; Nuno Lau; António J. R. Neves; João Manuel Rodrigues; José Luís Azevedo (EPIA, 2009)

Communicating among Robots in the RoboCup Middle-Size League. - Frederico Santos; Luís Almeida 001; Luís Seabra Lopes; José Luís Azevedo; Manuel Bernardo Cunha (RoboCup, 2009)

Sensor and Information Fusion Applied to a Robotic Soccer Team. - João M. Silva; Nuno Lau; João Manuel Rodrigues; José Luís Azevedo; António J. R. Neves (RoboCup, 2009)

A Mobile Robotic Platform for Elderly Care. - João Cunha; António J. R. Neves; José Luís Azevedo; Bernardo Cunha; Nuno Lau; Artur Pereira; António J. S. Teixeira (AAL, 2011)

An heuristic for trajectory generation in mobile robotics. - Pedro Fonseca 003; António J. R. Neves; José Luís Azevedo; João M. Silva (ETFA, 2011)

UAVision: A Modular Time-Constrained Vision Library for Soccer Robots. - Alina Trifan; António J. R. Neves; Bernardo Cunha; José Luís Azevedo (RoboCup, 2014)

Detection of Aerial Balls in Robotic Soccer Using a Mixture of Color and Depth Information. - António José Ribeiro Neves; Alina Trifan; Paulo Dias; José Luís Azevedo (ICARSC, 2015)

Improving the kicking accuracy in a soccer robot. - Ricardo Dias; João M. Silva; José Luís Azevedo; Bernardo Cunha; António J. R. Neves; Nuno Lau (SAC, 2015)

Skill-based anytime agent architecture for logistics and manipulation tasks: EuRoC Challenge 2, Stage II - Realistic Labs: Benchmarking. - Filipe Amaral; Eurico Farinha Pedrosa; Gi Hyun Lim; Nima Shafii; Artur Pereira; José Luís Azevedo; Bernardo Cunha; Luís Paulo Reis; Simone Badini; Nuno Lau (ICARSC, 2017)

Real-time multi-object tracking on highly dynamic environments. - Ricardo Dias; Bernardo Cunha; Eduardo Sousa; José Luís Azevedo; João M. Silva; Filipe Amaral; Nuno Lau (ICARSC, 2017)

Rich and robust human-robot interaction on gesture recognition for assembly tasks. - Gi Hyun Lim; Eurico Farinha Pedrosa; Filipe Amaral; Nuno Lau; Artur Pereira; Paulo Dias; José Luís Azevedo; Bernardo Cunha; Luís Paulo Reis (ICARSC, 2017)

Neural regularization jointly involving neurons and connections for robust image classification. - Gi Hyun Lim; Eurico Farinha Pedrosa; Filipe Amaral; Nuno Lau; Artur Pereira; José Luís Azevedo; Bernardo Cunha (MFI, 2017)

Human-Robot Collaboration and Safety Management for Logistics and Manipulation Tasks. - Gi Hyun Lim; Eurico Farinha Pedrosa; Filipe Amaral; Ricardo Dias; Artur Pereira; Nuno Lau; José Luís Azevedo; Bernardo Cunha; Luís Paulo Reis (ROBOT (2), 2017)

Mobile manipulation for autonomous packaging in realistic environments: EuRoC challenge 2, stage II, showcase. - Gi Hyun Lim; Eurico Farinha Pedrosa; Filipe Amaral; Nuno Lau; Artur Pereira; José Luís Azevedo; Bernardo Cunha; Simone Badini (ICARSC, 2018)

Multi-Robot Fast-Paced Coordination with Leader Election. - Ricardo Dias; Bernardo Cunha; José Luís Azevedo; Artur Pereira; Nuno Lau (RoboCup, 2018)

Precise and efficient pose estimation of stacked objects for mobile manipulation in industrial robotics challenges. - Gi Hyun Lim; Nuno Lau; Eurico Farinha Pedrosa; Filipe Amaral; Artur Pereira; José Luís Azevedo; Bernardo Cunha (Adv. Robotics, 2019)

Skill-based anytime agent architecture for European Robotics Challenges in realistic environments: EuRoC Challenge 2, Stage II - realistic labs. - Gi Hyun Lim; Eurico Farinha Pedrosa; Filipe Amaral; Artur Pereira; Nuno Lau; José Luís Azevedo; Bernardo Cunha; Simone Badini (Robotics Auton. Syst., 2019)

TIMAIRIS: Autonomous Blank Feeding for Packaging Machines. - Eurico Farinha Pedrosa; Gi Hyun Lim; Filipe Amaral; Artur Pereira; Bernardo Cunha; José Luís Azevedo; Paulo Dias; Ricardo Dias; Luís Paulo Reis; Nima Shafii; Andrea Tudico; Claudio Mazzotti; et al. (EuRoC, 2020)

Neural Network Classifier and Robotic Manipulation for an Autonomous Industrial Cork Feeder. - André Salgueiro; Sofia Santos; Artur Pereira; Bernardo Cunha; Eurico Farinha Pedrosa; José Luís Azevedo; Nuno Lau; Paulo Lopes; Tiago Gomes (EPIA, 2021)

Segmentation and Manipulation of Cork Strips in Bulk. - Fábio Alves; Marcelo Fraga; Nuno Lau; Artur Pereira; Bernardo Cunha; José Luís Azevedo; Paulo Lopes; Eurico Farinha Pedrosa; Tiago Gomes (ICARSC, 2021)