Design research highlights the importance of developing a solution over the course of several iterations, and to perform product evaluation using external participants.
Design research was chosen as the methodology for the project. Haptics is a technology that provides tactile feedback, resulting in a more intuitive and less visually reliant interface. Screen readers can convert text to speech, enabling the user to read and navigate the content of a screen through hearing. In this paper we ask, how can touch-based phones be extended to be applicable for the visually impaired? Two possible technologies are screen-readers and haptics. However, such screens require visual navigation, ruling out access for the visually impaired evidently, modern phones are not designed for this user group. Today most phones come equipped with touch-based screens, enabling the user to interact in an easier and efficient way, compared to standard buttons. cUbiq is presented as a natural interface to access that information. In an educational context, new media are poised to revolutionize the way we perceive, learn and interact with environmental information. Environmental information is approached as an area which may greatly benefit from ubicomp as a way to gather, treat and disseminate it, simultaneously complying with the Aarhus convention. This thesis seeks to examine ubiquitous computing, its technological emergence, raise awareness towards future impacts and explore the design of new interfaces and rich interaction modes. Despite these concerns, environmental studies have been mostly absent from discussions on the new paradigm. Negative impacts have to be identified and dealt with in advance. It will impact the world in a profound way, empowering mankind, improving the environment, but will also create new challenges that our society, economy, health and global environment will have to overcome. Everyone will have the possibility to access information, despite their age, computer knowledge, literacy or physical impairment. Ubiquitous computing (ubicomp) will allow every object to receive and transmit information, sense its surroundings and act accordingly, be located from anywhere in the world, connect every person. The next computing revolution‘s objective is to embed every street, building, room and object with computational power. It addresses new issues and challenges surrounding the use of surface computing and how the access and transmission of heritage information via multitouch-multiuser tables are able to contribute to the accessibility, teaching and learning of heritage. This article explores 3D surface computing, its technology, capabilities and limits with developments of two multitouch applications incorporating heritage objects and environments, and the observation of the reactions of initial users. The horizontal nature of the multitouch-multiuser surface computer then becomes the mirror that links both worlds, allowing access into a virtual space via the touch-table computing paradigm. Such worlds accompanied by their objects are accessible in new yet intuitive ways via surface computers.
#Idive define free#
Once digitised, it becomes free from its physical predecessor it enters another world that defies the physical laws of nature where the imagination of the maker is a limit. The rich information of a heritage object or an environment can be restructured, transmitted, and recomposed into a mediated form both textual and non-textual. Heritage is increasingly being transmuted through digitisation devices such as laser and structured light scans into multiple representations of information. Heritage is one such area that is undergoing digital transformation. The information society manufactures, manipulates, and commodifies information.
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