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To show the applicability and versatility of my research, I have been creating and documenting a series of design frameworks, hands-on activities and software tools that demonstrate the importance of research innovation beyond publications.
Design Frameworks
Design Frameworks
Robo Ludens
Robo Ludens
Game design framework to create interactive applications with robots
MAPA Framework
MAPA Framework
Design framework to create physiologically adaptive applications
MIDE - Exergaming
MIDE - Exergaming
Game design framework to foster Multidisciplinary Exergaming research
Workshops
Workshops
My First VR Project
My First VR Project
Teaching kids how to create virtual reality applications
Physio2Games
Physio2Games
Hacking physiological computing and games with biocybernetic loops
NeuoVRLab Library
NeuoVRLab Library
A library of interactive activities to aid neuroscience learning
Codesigning Games with and for Children
Codesigning Games with and for Children
A workshop to explore techniques and experiences of collaborative game design for children
Exploring Game Design for Human Robot Interaction
Exploring Game Design for Human Robot Interaction
Game Design Fundamentals for Human Robot Interaction
PhysioTools (Software Tools)
PhysioTools (Software Tools)
Biocybernetic Loop Engine
Biocybernetic Loop Engine
Middleware to connect wearable sensors with videogames and VR applications in Unity3D, to create physiologically adaptive systems
(Download)
PhysioVR
PhysioVR
Software framework to communicate werable sensors with mobile VR targeting gaming biofeedback applications
(Download)
PhysioLab
PhysioLab
Matlab toolbox for processing ECG, EMG and EDA signals. Includes a novel visualization to aid the interpretation of HRV data
(Download)
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