Real-time rendering of closed-loop visual environments is important for nextgeneration understanding of brain function and behaviour, but is often prohibitively difficult for non-experts to implement and is limited to few laboratories worldwide. We developed BonVision as an easy-to-use open-source software for the display of virtual or augmented reality, as well as standard visual stimuli. BonVision has been tested on humans and mice, and is capable of supporting new experimental designs in other animal models of vision. As the architecture is based on the open-source Bonsai graphical programming language, BonVision benefits from native integration with experimental hardware. BonVision therefore enables easy implementation of closed-loop experiments, including real-time interaction with deep neural networks, and communication with behavioural and physiological measurement and manipulation devices.

Creating and controlling visual environments using {BonVision}

Stefano Zucca;
2021-01-01

Abstract

Real-time rendering of closed-loop visual environments is important for nextgeneration understanding of brain function and behaviour, but is often prohibitively difficult for non-experts to implement and is limited to few laboratories worldwide. We developed BonVision as an easy-to-use open-source software for the display of virtual or augmented reality, as well as standard visual stimuli. BonVision has been tested on humans and mice, and is capable of supporting new experimental designs in other animal models of vision. As the architecture is based on the open-source Bonsai graphical programming language, BonVision benefits from native integration with experimental hardware. BonVision therefore enables easy implementation of closed-loop experiments, including real-time interaction with deep neural networks, and communication with behavioural and physiological measurement and manipulation devices.
2021
10
10
27
augmented reality; human; mouse; navigation; neuroscience; rat; spatial vision; virtual reality; zebrafish
Gon{\c{c}}alo Lopes; Karolina Farrell; Edward AB Horrocks; Chi-Yu Lee; Mai M Morimoto; Tomaso Muzzu; Amalia Papanikolaou; Fabio R Rodrigues; Thomas Wh...espandi
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/2318/1976092
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