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Tim Wu
ORCID
Publication Activity (10 Years)
Years Active: 2011-2023
Publications (10 Years): 1
Top Topics
Social Learning
Biomechanical Model
Human Faces
Facial Expressions
Top Venues
ICDL-EPIROB
GRAPP/IVAPP
Vis. Comput.
AAMAS
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Publications
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Hazel Watson-Smith
,
Felix Marcon Swadel
,
Jo Hutton
,
Kirstin Marcon
,
Mark Sagar
,
Shane Blackett
,
Tiago Rebeiro
,
Travers Biddle
,
Tim Wu
Real Time Gesturing in Embodied Agents for Dynamic Content Creation.
AAMAS
(2023)
Alice Pui Lam Hung
,
Tim Wu
,
Peter J. Hunter
,
Kumar Mithraratne
A framework for generating anatomically detailed subject-specific human facial models for biomechanical simulations.
Vis. Comput.
31 (5) (2015)
Mark A. Sagar
,
Paul Robertson
,
David P. Bullivant
,
Oleg Efimov
,
Khurram Jawed
,
Ratheesh Kalarot
,
Tim Wu
BL: A Visual Computing Framework for Interactive Neural System Models of Embodied Cognition and Face to Face Social Learning.
UCNC
(2015)
Mark A. Sagar
,
David P. Bullivant
,
Paul Robertson
,
Oleg Efimov
,
Khurram Jawed
,
Ratheesh Kalarot
,
Tim Wu
A neurobehavioural framework for autonomous animation of virtual human faces.
SIGGRAPH ASIA Autonomous Virtual Humans and Social Robot for Telepresence
(2014)
Mark Sagar
,
David P. Bullivant
,
Oleg Efimov
,
Muhammad Jawed
,
Ratheesh Kalarot
,
Paul Robertson
,
Tim Wu
Embodying models of expressive behaviour and learning with a biomimetic virtual infant.
ICDL-EPIROB
(2014)
Tim Wu
,
Alice Hung
,
Kumar Mithraratne
Generating Facial Expressions Using an Anatomically Accurate Biomechanical Model.
IEEE Trans. Vis. Comput. Graph.
20 (11) (2014)
Tim Wu
,
Peter J. Hunter
,
Kumar Mithraratne
Simulating and Validating Facial Expressions using an Anatomically Accurate Biomechanical Model Derived from MRI Data - Towards Fast and Realistic Generation of Animated Characters.
GRAPP/IVAPP
(2013)
Tim Wu
,
Harald Martens
,
Peter J. Hunter
,
Kumar Mithraratne
Estimating muscle activation patterns using a surrogate model of facial biomechanics.
EMBC
(2013)
Alice Pui Lam Hung
,
Tim Wu
,
Peter J. Hunter
,
Kumar Mithraratne
Simulating facial expressions using anatomically accurate biomechanical model.
SIGGRAPH Asia Posters
(2011)