Smartphones'-OS Apps and Medical Disciplines serving Mobile-Health. - Basile Spyropoulos; Maria Bania; Eirini Mathe; Stavros Theofanis Miloulis; Georgios Tziokas; Konstantinos I. Proestos; Gerakou Iliana; Emmanouil Kapernaros (AMIA, 2016)

Connecting a Consumer Brain-Computer Interface to an Internet-of-Things Ecosystem. - Eirini Mathe; Evaggelos Spyrou (PETRA, 2016)

User Evaluation of Unobtrusive Methods for Heart-Rate Measurement. - Eirini Mathe; Evaggelos Spyrou (PETRA, 2018)

Arm Gesture Recognition using a Convolutional Neural Network. - Eirini Mathe; Alexandros Mitsou; Evaggelos Spyrou; Phivos Mylonas (SMAP, 2018)

Recognizing Human Actions Using 3D Skeletal Information and CNNs. - Antonios Papadakis; Eirini Mathe; Ioannis Vernikos; Apostolos Maniatis; Evaggelos Spyrou; Phivos Mylonas (EANN, 2019)

A Geometric Approach for Cross-View Human Action Recognition using Deep Learning. - Antonios Papadakis; Eirini Mathe; Evaggelos Spyrou; Phivos Mylonas (ISPA, 2019)

An image representation of skeletal data for action recognition using convolutional neural networks. - Ioannis Vernikos; Eirini Mathe; Antonios Papadakis; Evaggelos Spyrou; Phivos Mylonas (PETRA, 2019)

The VISOR project: Virtual coachIng Services for OldeR adults. - Evaggelos Spyrou; Eirini Mathe; Ioannis Vernikos; Panagiotis Dedousis; Anna Vlachou; Phivos Mylonas (SEEDA-CECNSM, 2019)

Fusing Handcrafted and Contextual Features for Human Activity Recognition. - Ioannis Vernikos; Eirini Mathe; Evaggelos Spyrou; Alexandros Mitsou; Theodore Giannakopoulos; Phivos Mylonas (SMAP, 2019)

Human action recognition with deep learning techniques. - Eirini Mathe; Athanasia Tranou; Evaggelos Spyrou; Stavros J. Perantonis (PETRA, 2020)

Skeleton geometric transformation for human action recognition using convolutional neural networks. - Antonios Papadakis; Ioannis Vernikos; Eirini Mathe; Evaggelos Spyrou (PETRA, 2020)

An adversarial semi-supervised approach for action recognition from pose information. - George Pikramenos; Eirini Mathe; Eleanna Vali; Ioannis Vernikos; Antonios Papadakis; Evaggelos Spyrou; Phivos Mylonas (Neural Comput. Appl., 2020)

A Novel CNN-LSTM Hybrid Architecture for the Recognition of Human Activities. - Sofia Stylianou-Nikolaidou; Ioannis Vernikos; Eirini Mathe; Evaggelos Spyrou; Phivos Mylonas (EANN, 2021)

A study on the Effect of Occlusion in Human Activity Recognition. - Ilias Giannakos; Eirini Mathe; Evaggelos Spyrou; Phivos Mylonas (PETRA, 2021)

A Deep Hybrid Architecture for Human Activity Recognition. - Sofia Stylianou-Nikolaidou; Ioannis Vernikos; Eirini Mathe; Evaggelos Spyrou (PETRA, 2021)

Human Activity Recognition Under Partial Occlusion. - Ioannis-Aris Kostis; Eirini Mathe; Evaggelos Spyrou; Phivos Mylonas (EANN, 2022)

Boosting the Performance of Deep Approaches through Fusion with Handcrafted Features. - Dimitrios Koutrintzes; Eirini Mathe; Evaggelos Spyrou (ICPRAM, 2022)

Domain-Specific Term Extraction: A Case Study on Greek Maritime Legal Texts. - Despoina Mouratidis; Eirini Mathe; Yorghos Voutos; Klio Stamou; Katia Lida Kermanidis; Phivos Mylonas; Andreas Kanavos (SETN, 2022)

Early Fusion of Visual Representations of Skeletal Data for Human Activity Recognition. - Ioannis Vernikos; Dimitrios Koutrintzes; Eirini Mathe; Evaggelos Spyrou; Phivos Mylonas (SETN, 2022)

ShipQuest: A Bottom-Up Approach for Building a Modern Greek Maritime Ontology. - Eirini Mathe; Despoina Mouratidis; Yorghos Voutos; Katia Kermanidis; Phivos Mylonas; Andreas Kanavos (SMAP, 2023)

A Multimodal Fusion Approach for Human Activity Recognition. - Dimitrios Koutrintzes; Evaggelos Spyrou; Eirini Mathe; Phivos Mylonas (Int. J. Neural Syst., 2023)

A Deep Regression Approach for Human Activity Recognition Under Partial Occlusion. - Ioannis Vernikos; Evaggelos Spyrou; Ioannis-Aris Kostis; Eirini Mathe; Phivos Mylonas (Int. J. Neural Syst., 2023)