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Vincenzo D'Amato
ORCID
Publication Activity (10 Years)
Years Active: 2020-2023
Publications (10 Years): 8
Top Topics
Temporal Scales
Random Forests
Top Venues
IJCNN
ACII (Workshops and Demos)
RO-MAN
IWANN (2)
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Publications
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Temitayo A. Olugbade
,
Marta Bienkiewicz
,
Giulia Barbareschi
,
Vincenzo D'Amato
,
Luca Oneto
,
Antonio Camurri
,
Catherine Holloway
,
Mårten Björkman
,
Peter E. Keller
,
Martin Clayton
,
Amanda C. de C. Williams
,
Nicolas Gold
,
Cristina Becchio
,
Benoît G. Bardy
,
Nadia Bianchi-Berthouze
Human Movement Datasets: An Interdisciplinary Scoping Review.
ACM Comput. Surv.
55 (6) (2023)
Vincenzo D'Amato
,
Luca Oneto
,
Antonio Camurri
,
Davide Anguita
The Importance of Multiple Temporal Scales in Motion Recognition: when Shallow Model can Support Deep Multi Scale Models.
IJCNN
(2022)
Vincenzo D'Amato
,
Luca Oneto
,
Antonio Camurri
,
Davide Anguita
,
Zinat Zarandi
,
Luciano Fadiga
,
Alessandro D'Ausilio
,
Thierry Pozzo
The Importance of Multiple Temporal Scales in Motion Recognition: from Shallow to Deep Multi Scale Models.
IJCNN
(2022)
Marco Demutti
,
Vincenzo D'Amato
,
Carmine Tommaso Recchiuto
,
Luca Oneto
,
Antonio Sgorbissa
A Cloud Architecture for Emotion Recognition Based on the Appraisal Theory (short paper).
AIRO@AI*IA
(2022)
Marco Demutti
,
Vincenzo D'Amato
,
Carmine Recchiuto
,
Luca Oneto
,
Antonio Sgorbissa
Assessing Emotions in Human-Robot Interaction Based on the Appraisal Theory.
RO-MAN
(2022)
Vincenzo D'Amato
,
Luca Oneto
,
Antonio Camurri
,
Davide Anguita
Keep it Simple: Handcrafting Feature and Tuning Random Forests and XGBoost to face the Affective Movement Recognition Challenge 2021.
ACII (Workshops and Demos)
(2021)
Vincenzo D'Amato
,
Erica Volta
,
Luca Oneto
,
Gualtiero Volpe
,
Antonio Camurri
,
Davide Anguita
Accuracy and Intrusiveness in Data-Driven Violin Players Skill Levels Prediction: MOCAP Against MYO Against KINECT.
IWANN (2)
(2021)
Vincenzo D'Amato
,
Erica Volta
,
Luca Oneto
,
Gualtiero Volpe
,
Antonio Camurri
,
Davide Anguita
Understanding Violin Players' Skill Level Based on Motion Capture: a Data-Driven Perspective.
Cogn. Comput.
12 (6) (2020)