By Pau Giner, Carlos Cetina, Joan Fons (auth.), Juan M. Corchado, Dante I. Tapia, José Bravo (eds.)
The Symposium on Ubiquitous Computing and Ambient Intelligence (UCAmI) begun as a workshop held in 2003 in San Sebastián (Spain) below the Spanish man made Intelligence convention. This occasion amassed 32 attendees and 18 papers have been awarded. the second one variation, already as a Symposium, happened in Granada (Spain) below the 1st Spanish machine technology convention (CEDI). Later, in 2006, a moment workshop was once celebrated in Ciudad genuine and, in 2007; the second one Symposium used to be geared up in Zaragoza through the CEDI convention. Now we proceed to paintings at the association of this occasion in Salamanca, a stunning Spanish city.
The eu group and the 6th and 7th Framework courses inspire researchers to discover the commonly used scope of the AmI imaginative and prescient. in reality, a few researchers have an important function during this imaginative and prescient. Emile Aarts from Philips describes Ambient Intelligence as "the integration of know-how into the environment, in order that humans can freely and interactively make the most of it". this concept consents with the idea of Mark Weiser in regards to the Ubiquitous Computing paradigm.
The UCAmI neighborhood attempts to hitch specialists world wide as a way to advertise collaborations and to place into perform experiences for concerning humans into clever environments in order that the "Everyday Computing" inspiration could be a truth. The UCAmI technical application comprises forty papers (31 lengthy paper, 6 brief paper and three doctoral consortium) chosen from a submission pool of fifty six papers, from eleven varied countries.
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Extra resources for 3rd Symposium of Ubiquitous Computing and Ambient Intelligence 2008
This separation makes possible the implementation of each component by a separate way. Doing this, it is possible to implement each component for a specific platform, in the cases where this is necessary. The main architecture is shown in figure 2. External components are also displayed in order to provide a full view of the Serenity concept during run-time. From the outside point of view, every instance of the SRF, as a system, provides interfaces in order to allow interaction with other systems, or other SRFs instances.
Due to the appealing futuristic nature of other AmI challenges, security aspects of AmI applications development have been largely overlooked until now. The common practice is limited to the use of traditional security systems adapted for Ambient Intelligence scenarios. The AmI applications introduce new risks due to the wide range of possible attacks. Because of this, the application of traditional security mechanisms is not an appropriate strategy. For instance, it is important to take into account that in AmI scenarios a device must communicate with unknown, and probably untrusted, devices.
The ISyRAmI architecture was developed to define the place of these technologies in the AmI effort. The ISyRAmI architecture considers several modules. The first is related with the acquisition of data, information and even knowledge. This data/information/ knowledge deals with our AmI environment and can be acquired in different ways (from raw sensors, from the web, from experts). The second module is related with the storage, conversion and handling of the data/information/knowledge. It is understood that incorrecteness, incompleteness, and uncertainty are present in the data/information/knowledge.