Cabecera ciencia en ingles

To develop this system, University of Granada researchers used an unmanned aerial vehicle (UAV), which is an aircraft without a human pilot onboard. This system produces a realistic reproduction of architectural models at a low cost. University of Granada researchers have developed a 3D imaging system that scans 3D models of historical buildings using data obtained from an unmanned aerial vehicle (UAV)–an aircraft without a human pilot onboard. This is the first 3D imaging system to combine (...)
University of Granada researchers have used this technique to analyse the paintings in the Palacio de la Madraza in Granada, Spain, built during the Nasrid Dynasty's New scientific advances made at the University of Granada in the field of Heritage Science have allowed the characterization of various historical pictorial material, the study of alteration processes and the identification of interactions between paint components. The researchers used new applications based on multivariate techniques to analyze the spectral (...)
Researchers at the University of Granada have created a video game that will serve as a model to assess all aspects related to video games; it has also established a conceptual framework that will allow experts to assess players’ experiences. The researchers based their study on their own experiences in previous projects where they developed educational resources and video games aimed at educational environments What are the characteristics that a video game must have to be (...)
Son coût est de deux millions d’euros, il est installé dans le Centre de Recherche en Technologies de l’Information et des Communications de l’Université de Grenade (CITIC-UGR). Les nouvelles installations serviront à l’étude des dispositifs électroniques qui feront partie des instruments électroniques (mobiles, ordinateurs, smartphones, appareils domestiques, instrumentation médicale, etc.). Le groupe de nanoélectronique de l’Université de Grenade vient de mettre en marche un nouveau laboratoire de caractérisation nanoélectronique dont le coût est estimé à deux (...)
Valued at more than 2 million euros, the new laboratory is located at the Research Center for Information and Communication Technologies of the University of Granada (CITIC-UGR). The new facilities will be used for the study of electronic components that make up all electronic devices (cell phones, computers, smartphones, domestic electronics, medical equipment, etc. ..). The University of Granada nanoelectronics group has just inaugurated a new nanoelectronics characterization laboratory valued at more than 2 million (...)
At present, computer search and classification of images is made basing on the name of the file, folder or on features as date or size, but the visual information contained was never used for classification purposes. This pioneer technique developed by the University of Granada allows to classify pictures or images depending on whether individuals or specific objects are present in such images University of Granada researchers have developed a new computer technique that allows (...)
Next week Granada will host the “1st Spanish – Japanese Meeting on Frontier Technologies: “Realities and Challenges in Information and Communication Technologies (ICT)”, a top-level scientific meeting sponsored by the Toshiba International Foundation (TIFO) and organized by the University of Granada. This meeting will host some of the foremost experts on ICTs from Japan. The Higher Technical School of Computer Sciences and Telecommunications Engineering of the UGR, has been chosen to host this forum for (...)
In the last update of the scoring ascribed by Google to web pages, which took place at the end of October 2009, the web of the University of Granada (Spain) has obtained 9 points. This scoring, so-called "PageRank", measures the importance ascribed by Google to a web page and connected to its visibility in the Internet.With this score, the web of the UGR achieved the same level of visibility as internationally renowned organizations such as (...)
Scientists from six European countries, including Spain, have developed a new computer system so called DRIVSCO that allows vehicles to learn from the behaviour of their drivers at the wheel, in such a way that they can detect if a driver presents an “unusual behaviour” in a curve or an obstacle on the road and generates signals of alarm which warn him on time to react.Un like other similar projects, DRIVSCO goes far beyond a (...)
A researcher of the University of Granada has designed a new system for the mobility of military troops within a battlefield based on the mechanisms used by ant colonies to move using a commercial videogame.This work, developed at the department of Computer Architecture and Technology of the UGR, has designed several algorithms that permit to look for the best route path (this is, to find the better route to satisfy certain criteria) within a particular (...)
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