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With the evolution of mobile technology, many devices are introduced with very limited screen sizes like smart glasses. This technology must be accompanied with new visualization techniques. A classic interface can't meet the expectations of the user who becomes increasingly hard to please. The challenge is to display information and allow the user a better navigation with less effort especially in...
Despite the rapid pace of gadgets released on the market, research in the area of usable interfaces for wearables is lagging behind. Smartglasses are new wearables that embed diverse sensors but also have small displays, and this makes it hard for the wearer to visualize real-time data. To bridge this gap, the contribution of this paper is threefold. First, we propose a data representation model to...
In this paper, we deal with new environment to visualise and to interact with cellular automata implemented in a grid of the hyperbolic plane. We use two kinds of tiling: the ternary heptagrid and the rectangular pentagrid. We show that both grids have the same spanning tree: the same numbering with maximal Fibonacci numbers can be used to identify all tiles. We give all the materials to compute the...
In this paper we propose to cast the problem of identification of people, objects or places into an application for smart glasses that decodes information from graphical markers. We focus on analyzing different factors that can have influence on the processes of the automatic recognition of information from a code. The research we present aims at reviewing recognition performances in function of:...
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