Abstract
We present a concept and implementation of a computational support for spatial memory management and describe its temporal evolution. Our essential idea is to use an immersible globe that consists of a global space and a conical space, thereby providing arbitrary memory space for humans. We developed a sustainable knowledge globe (SKG) for constructing a memory space, and proposed a system called Contents Garden to expand the SKG into immersive space. We carried out the user study of SKG to evaluate its effectiveness. We also proposed and discussed three perceptual operations on Contents Garden to improve the operativity of the SKG.
Artifacts
Information
Book title
Journal of Universal Computer Science
Volume
13
Pages
135-148
Date of issue
2007/02/28
Citation
Hidekazu Kubota, Satoshi Nomura, Yasuyuki Sumi, Toyoaki Nishida. Sustainable memory system using global and conical spaces, Journal of Universal Computer Science, Vol.13, No.2, pp.135-148, 2007.
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