Methodologies to build automatic point distribution models for faces represented in images. - Maria João M. Vasconcelos; João Manuel R. S. Tavares (CompIMAGE, 2006)

A Mobile-Based Prototype for Skin Lesion Analysis: Towards a Patient-Oriented Design Approach. - Luís Rosado; Maria João M. Vasconcelos; Márcia Ferreira (Int. J. Online Biomed. Eng., 2013)

No-reference Blur Assessment of Dermatological Images Acquired via Mobile Devices. - Maria João M. Vasconcelos; Luís Rosado (ICISP, 2014)

Principal Axes-Based Asymmetry Assessment Methodology for Skin Lesion Image Analysis. - Maria João M. Vasconcelos; Luís Rosado; Márcia Ferreira (ISVC (2), 2014)

Automatic Reflection Detection on Dermatological Images Acquired via Mobile Devices. - Maria João M. Vasconcelos; Luís Rosado (MIUA, 2014)

Automatic Segmentation Methodology for Dermatological Images Acquired via Mobile Devices. - Luís Rosado; Maria João M. Vasconcelos (HEALTHINF, 2015)

A new risk assessment methodology for dermoscopic skin lesion images. - Maria João M. Vasconcelos; Luís Rosado; Márcia Ferreira (MeMeA, 2015)

A new color assessment methodology using cluster-based features for skin lesion analysis. - Maria João M. Vasconcelos; Luís Rosado; Márcia Ferreira (MIPRO, 2015)

A novel framework for supervised mobile assessment and risk triage of skin lesions. - Luís Rosado; Maria João M. Vasconcelos; Fernando Correia; Nuno M. C. da Costa (PervasiveHealth, 2015)

Pigmented skin lesion computerized analysis via mobile devices. - Luís Rosado; Maria João M. Vasconcelos; Márcia Ferreira (SCCG, 2015)

Computational algorithms for image analysis: Applications on human vocal tract and silhouette - Maria João M. Vasconcelos (2015)

A motion tracking solution for indoor localization using smartphones. - Vânia Guimarães; Lourenco Castro; Susana Carneiro; Manuel Monteiro; Tiago Rocha; Marília Barandas; João Machado; Maria João M. Vasconcelos; Hugo Gamboa; Dirk Elias (IPIN, 2016)

µSmartScope: 3D-printed Smartphone Microscope with Motorized Automated Stage. - Luís Rosado; João Oliveira 003; Maria João M. Vasconcelos; José M. Correia da Costa; Dirk Elias; Jaime S. Cardoso 001 (BIODEVICES, 2017)

mu μ SmartScope: Towards a Fully Automated 3D-Printed Smartphone Microscope with Motorized Stage. - Luís Rosado; Paulo T. Silva; José Faria; João Oliveira 003; Maria João M. Vasconcelos; Dirk Elias; José M. Correia da Costa; Jaime S. Cardoso 001 (BIOSTEC (Selected Papers), 2017)

SousChef: Mobile Meal Recommender System for Older Adults. - David Ribeiro; João Machado; Jorge Ribeiro 003; Maria João M. Vasconcelos; Elsa F. Vieira; Ana Correia de Barros (ICT4AgeingWell, 2017)

SousChef: Improved Meal Recommender System for Portuguese Older Adults. - David Ribeiro; Jorge Ribeiro 003; Maria João M. Vasconcelos; Elsa F. Vieira; Ana Correia de Barros (ICT4AgeingWell (Selected Papers), 2017)

Cordon Gris: Integrated solution for meal recommendations. - Jorge Ribeiro 003; David Ribeiro; Ayla Schwarz; Maria João M. Vasconcelos; Filomena Gerardo; Ciska van Harten; Riccardo Succu; Robbie Davison; Tiago Oliveira; Tiago Silva; Marlos Silva (PerCom Workshops, 2018)

Automated Mobile Image Acquisition of Skin Wounds Using Real-Time Deep Neural Networks. - José Faria; João Almeida; Maria João M. Vasconcelos; Luís Rosado (MIUA, 2019)

Automatic Focus Assessment on Dermoscopic Images Acquired with Smartphones. - José Alves; Dinis Moreira; Pedro Alves; Luís Rosado; Maria João M. Vasconcelos (Sensors, 2019)

Deep Learning Models for Segmentation of Mobile-Acquired Dermatological Images. - Catarina Andrade; Luís F. Teixeira 001; Maria João M. Vasconcelos; Luís Rosado (ICIAR (2), 2020)

Automated Mobile Image Acquisition of Macroscopic Dermatological Lesions. - Dinis Moreira; Pedro Alves; Francisco Veiga; Luís Rosado; Maria João M. Vasconcelos (HEALTHINF, 2021)

Improving Teledermatology Referral with Edge-AI: Mobile App to Foster Skin Lesion Imaging Standardization. - Maria João M. Vasconcelos; Dinis Moreira; Pedro Alves; Ricardo Graça; Rafael Franco; Luís Rosado (BIOSTEC (Selected Papers), 2021)

Cervical Cancer Detection and Classification in Cytology Images Using a Hybrid Approach. - Eduardo L. Silva; Ana Filipa Sampaio; Luís F. Teixeira 001; Maria João M. Vasconcelos (ISVC (2), 2021)

Towards the Mobile Detection of Cervical Lesions: A Region-Based Approach for the Analysis of Microscopic Images. - Ana Filipa Sampaio; Luís Rosado; Maria João M. Vasconcelos (IEEE Access, 2021)

Data Augmentation Using Adversarial Image-to-Image Translation for the Segmentation of Mobile-Acquired Dermatological Images. - Catarina Andrade; Luís F. Teixeira 001; Maria João M. Vasconcelos; Luís Rosado (J. Imaging, 2021)

Incremental Learning for Dermatological Imaging Modality Classification. - Ana C. Morgado; Catarina Andrade; Luís F. Teixeira 001; Maria João M. Vasconcelos (J. Imaging, 2021)

Continual Learning in an Industrial Scenario: Equipment Classification on Edge Devices. - Ana C. Morgado; Rafaela Carvalho; Catarina Andrade; Telmo Barbosa; Gonçalo Santos; Maria João M. Vasconcelos (IPAS, 2022)

AI-powered image acquisition and characterisation of dressings for patient-centred wound management. - Pedro Alves; Ana Filipa Sampaio; Nuno Cardoso; Paulo Alves; Pedro Salgado; Maria João M. Vasconcelos (CBMS, 2023)

Automatic analogue gauge reading using smartphones for industrial scenarios. - Joel Barbosa; Ricardo Graça; Gonçalo Santos; Maria João M. Vasconcelos (ICMLT, 2023)

Leveraging Deep Neural Networks for Automatic and Standardised Wound Image Acquisition. - Ana Filipa Sampaio; Pedro Alves; Nuno Cardoso; Paulo Alves; Raquel Marques; Pedro Salgado; Maria João M. Vasconcelos (ICT4AWE, 2023)

Multimodal Context-Aware Detection of Glioma Biomarkers Using MRI and WSI. - Tomé Albuquerque; Mei Ling Fang; Benedikt Wiestler; Claire Delbridge; Maria João M. Vasconcelos; Jaime S. Cardoso 001; Peter J. Schüffler (MTSAIL/LEAF/AI4Treat/MMMI/REMIA@MICCAI, 2023)

Rethinking low-cost microscopy workflow: Image enhancement using deep based Extended Depth of Field methods. - Tomé Albuquerque; Luís Rosado; Ricardo P. M. Cruz; Maria João M. Vasconcelos; Tiago Oliveira 004; Jaime S. Cardoso 001 (Intell. Syst. Appl., 2023)

Exploring CNN and Transformer-Based Architectures to Improve Image Segmentation for Chronic Wound Measurement. - Rafaela Carvalho; Ana C. Morgado; Ana Filipa Sampaio; Maria João M. Vasconcelos (AMAI@MICCAI, 2024)

Automating Tissue Segmentation and Quantification for Wound Healing Assessment. - Rafaela Carvalho; Ana Filipa Sampaio; Maria João M. Vasconcelos (CBMS, 2025)

Deep Learning-Driven Pipeline for Automated Wound Measurement of Chronic Wounds. - Ana Filipa Sampaio; Rafaela Carvalho; Maria João M. Vasconcelos (MIUA (2), 2025)