Capture, Modeling, and Recognition of Expert Technical Gestures in Wheel-Throwing Art of Pottery. - Sotiris Manitsaris; Alina Glushkova; Frédéric Bevilacqua; Fabien Moutarde (ACM Journal on Computing and Cultural Heritage, 2014)

A Hybrid Content-learning Management System for Education and Access to Intangible Cultural Heritage. - Alina Glushkova; Eleni Katsouli; G. Kourvoulis; Athanasios Manitsaris; Christina Volioti (CSEDU (1), 2015)

Gesture Recognition Technologies for Gestural Know-how Management - Preservation and Transmission of Expert Gestures in Wheel Throwing Pottery. - Alina Glushkova; Sotiris Manitsaris (CSEDU (1), 2015)

Novel 3D Game-like Applications Driven by Body Interactions for Learning Specific Forms of Intangible Cultural Heritage. - Erdal Yilmaz; Deniz Ugurca; C. Sahin; Francesca Maria Dagnino; Michela Ott; Francesca Pozzi; Kosmas Dimitropoulos; Filareti Tsalakanidou; Alexandros Kitsikidis; Samer Al Kork; Kele Xu; Bruce Denby; et al. (VISAPP (2), 2015)

3D-scene modelling of professional gestures when interacting with moving, deformable and revolving objects. - Odysseas Bouzos; Yannick Jacob; Sotiris Manitsaris; Alina Glushkova (MOCO, 2016)

Fingers gestures early-recognition with a unified framework for RGB or depth camera. - Sotiris Manitsaris; Apostolos Tsagaris; Alina Glushkova; Fabien Moutarde; Frédéric Bevilacqua (MOCO, 2016)

Gesture recognition and sensorimotor learning-by-doing of motor skills in manual professions: A case study in the wheel-throwing art of pottery. - Alina Glushkova; Sotiris Manitsaris (J. Comput. Assist. Learn., 2018)

Extracting the Inertia Properties of the Human Upper Body Using Computer Vision. - Dimitrios Menychtas; Alina Glushkova; Sotirios Manitsaris (ICVS, 2019)

Towards a Professional Gesture Recognition with RGB-D from Smartphone. - Pablo Vicente-Moñivar; Sotiris Manitsaris; Alina Glushkova (ICVS, 2019)

Designing a web-based automatic ergonomic assessment using motion data. - Brenda E. Olivas-Padilla; Alina Glushkova; Dimitrios Menychtas; Sotiris Manitsaris (PETRA, 2019)

Hidden Markov Modelling And Recognition Of Euler-Based Motion Patterns For Automatically Detecting Risks Factors From The European Assembly Worksheet. - Brenda Elizabeth Olivas-Padilla; Dimitrios Menychtas; Alina Glushkova; Sotiris Manitsaris (ICIP, 2020)

Human Movement Representation on Multivariate Time Series for Recognition of Professional Gestures and Forecasting Their Trajectories. - Sotiris Manitsaris; Gavriela Senteri; Dimitrios Makrygiannis; Alina Glushkova (Frontiers Robotics AI, 2020)

Analyzing the kinematic and kinetic contributions of the human upper body's joints for ergonomics assessment. - Dimitrios Menychtas; Alina Glushkova; Sotiris Manitsaris (J. Ambient Intell. Humaniz. Comput., 2020)

Stochastic-Biomechanic Modeling and Recognition of Human Movement Primitives, in Industry, Using Wearables. - Brenda Elizabeth Olivas-Padilla; Sotiris Manitsaris; Dimitrios Menychtas; Alina Glushkova (Sensors, 2021)

Computational ergonomics for task delegation in Human-Robot Collaboration: spatiotemporal adaptation of the robot to the human through contactless gesture recognition. - Brenda Elizabeth Olivas-Padilla; Dimitris Papanagiotou; Gavriela Senteri; Sotiris Manitsaris; Alina Glushkova (CoRR, 2022)

Interactive Sensorimotor Guidance for Learning Motor Skills of a Glass Blower. - Alina Glushkova; Dimitrios Makrygiannis; Sotiris Manitsaris (HCI (25), 2023)

Embodied edutainment experience in a museum: discovering glass-blowing gestures. - Alina Glushkova; Dimitrios Makrygiannis; Sotirios Manitsaris (ICMI Companion, 2023)

Improving Human-Robot Collaboration in TV Assembly Through Computational Ergonomics: Effective Task Delegation and Robot Adaptation. - Brenda Elizabeth Olivas-Padilla; Dimitris Papanagiotou; Gavriela Senteri; Sotiris Manitsaris; Alina Glushkova (SMC, 2023)

Motion Capture Benchmark of Real Industrial Tasks and Traditional Crafts for Human Movement Analysis. - Brenda Elizabeth Olivas-Padilla; Alina Glushkova; Sotiris Manitsaris (IEEE Access, 2023)

Interactive Visualization and Dexterity Analysis of Human Movement: AIMove Platform. - Brenda Elizabeth Olivas-Padilla; Sotiris Manitsaris; Alina Glushkova (FG, 2024)

Explainable AI in human motion: A comprehensive approach to analysis, modeling, and generation. - Brenda Elizabeth Olivas-Padilla; Sotiris Manitsaris; Alina Glushkova (Pattern Recognit., 2024)