Category Archives: Scenario

cetonia – a dynamic swarm at your fingertips

Author(s): Wesley Willett
Affiliation(s): Inria


Abstract:

At barely 1.5 centimeters across, each Cetonia scarab is a marvel of precision engineering. Designed from the ground up for agile flight, their integrated hydrogen chambers and a high-efficiency hover mode permit 15+ minutes of air time between charges. The hueSHIFT carapace is capable of displaying over 22 million possible colors and provides clear visual feedback in day or night with visibilities up to 1.5 kilometers. Integrated camera and sensor arrays permit full 6D reconstructions with composition profiling. From your wrist or a personal field station you can quickly deploy flights in automated formations to survey, measure, record, and manipulate almost anything.

Flash to order now.

http://www.wjwillett.net/content/cetonia/

Everybody Needs Somebody

Author(s): John Fass
Affiliation(s): Royal College of Art


Abstract:

This practice-led design research explores the deployment and use of a physical, non-digital visualisation tool to model personal social networks. The emphasis is on how people choose to represent their networks, what they choose to show, and how the process of creating physical representations contributes to the uncovering of an otherwise invisible set of relations. Research focus is on the construction of narrative meaning in a social context by a mixed sample of participants, and the development of instruments to support and mediate this construction. The research is intended to shed light on how people construct personally meaningful narratives about their social networks by creating physical visualisations of them. Experiencing personal networks physically by constructing them from everyday materials brings them into clear sight; to the forefront of haptic and phenomenological consciousness in ways difficult to emulate with computer monitors and touch screens.

Enabling Spherical Vision

Author(s): Karen Bemis (1) , Alfie Abdul-Rahman (2), Min Chen (2), Saiful Khan (2), Eamonn Maguire (2), and Simon Walton (2)
Affiliation(s): (1) Rutgers University and (2) Oxford University


Abstract:

We envision the following grand challenge: To develop a technology that enables users to visualize a spherical and volumetric environment without using traditional display devices as a medium. This technology will of course be realized step-by-step, for example, (i) first enabling direct simulation of any part of the pathway between optical nerves and visual cortex, bypassing the eye; (ii) next facilitating perceptual formulation or cognitive reconstruction of a single flat image; (iii) then a spherical vision; and (iii) finally a volumetric vision.