
Overview of Audiovisual Colocation in a video presentation to Simon Fraser University graduate students in the School of Interactive Arts and Technology.
A summary of the Open Innovation approach.
This interview from the 2018 Future Technologies Conference serves as a good general introduction to the Pixelphonic system, which is the name of my prototype audiovisual colocation display.
This is the first of several videos where I present an overview of application areas for colocated audiovisual display systems.
This is the second of several videos where I present an overview of use cases for colocated audiovisual display systems.
This is the third of several videos where I present an overview of use cases for colocated audiovisual display systems.
This is the fourth of several videos where I present an overview of use cases for colocated audiovisual display systems.
This lecture covers building your own colocative audiovisual display system.
A discussion on producing media where sound and image are colocated, in games, installations, and video contexts.
Summary of the patent writing process, with handy tips and examples.
This module provides links to original documents so you can get a sense of the process involved in putting together a formal international patent filing.
This lecture provides an overview of the major milestones of spatial sound in audiovisual media over the past century.
Audiovisual colocation was imagined by one of cinema's earliest audio engineers.
An overview of the creative considerations for colocative sound design.
Learn how to study the perceptual effects of audiovisual colocation through citizen science methods.
Learn how to study the perceptual effects of audiovisual colocation through citizen science methods.
Audiovisual Colocation is a new kind of immersive media technique in which sounds are mapped to the same spatial locations as their visual sources in the screen. This course covers the general principles of audiovisual colocation, its many use cases, and also shows how to build your own colocative audiovisual media system.
Audiovisual colocation places sound and image cues in close spatial proximity to each other, so that the displayed media functions more analogously to natural perception. Most audiovisual systems spatially dislocate sound and image information sources, by placing visual information within the screen, and audio information external to the screen through headphones or speakers. Audiovisual colocation enhances the object-event correlations in mediated content, by vibrating the screen so that sounds emanate directly from the associated imagery via software mapping to an array of audio transducers on the screen’s backside. With virtual or augmented reality-based media, the system is reconfigured as a modular wall panelling system. This presentation will cover the main aspects of audiovisual colocation, including: 1) an overview of the relevant historical and aesthetic context for spatial sound; 2) a quick review of the patent filing; 3) empirical perceptual experiments demonstrating the phenomenological and affordance capacities of the prototype display; 4) the connection between new media poetics and cognition for colocative media; and 5) a discussion of commercial applications and use cases.