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AATACA |
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Analogue tachographs installed in heavy vehicles record the information about the speed, mileage and activities of drivers on a paper disc. AATACA project consists in the development of an automatic digitalization system of analogue tachograph discs by means of computer vision techniques. |
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AILAB |
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This Project is focused in the implementation of an Ambient Laboratory capable to simulate one or more similar environments from the ISTAG 2010 sceneries in order to develop future applications. |
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APyCA |
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The project consists of advancing a step in the current subtitling generation process. A subtitling generation system and ASR system, both commercials, will be chosen and the modules developed by us will be added to them. One of the modules will generate the punctuation of the transcription provided by the ASR system (nowadays, the respeaker has to dictate the punctuation marks). Meanwhile, the second module will be in charge of detecting the speaker turning points and doing the speaker clustering in order to assign the right colour to the subtitles. In this way, subtitling generation task will be make easier and it will be the first step towards the automatic subtitling. |
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ARTIPLAS |
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The main goal of this Project is to provide solutions to unsolved problems in automatic quality control of certain plastic parts. Specifically, the manufacturing of hollow parts by blow-molding sometimes small defects appear that can not be detected by conventional computer vision methods. This project tries to research alternative techniques to aid in the early detection of small defects that can invalidate a plastic part and all its containing shipment. |
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BEGIRA |
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Begira wants to introduce a visual analysis technology (tracking) to solve with precision the conflictive plays which take place in pelota matches. This technology will be extended to other sports and will be validated in basque pelota which is an ideal scenery because of its technical particularities. In addition the organizers, linesman and audience demand the application. |
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BEGIRALE |
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The general goal of this Project is the implementation of a semiautomatic indexation and classification system base, on semantic technologies, that enables an integrated analysis of free text comments and audiovisual content, generated by users on multilingual Web environments, during their touristic experiences. |
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BerbaTek |
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In today’s globalized world, information is multilingual. As a result, its appropriate processing requires adequately dealing with all the languages in which information is encoded. The Basque Country has been facing the challenge of multilingualism for some time, since it is used to living in a multilingual environment. The different areas that comprise the Language Industry (such as Translation, Content and Teaching among others) have great relevance in the Basque Country. However, the sector must deal with increasingly significant challenges caused by globalization and the Internet. In order to improve and adapt to new environments and languages, it requires technologies that facilitate the management of multilingual text and multimedia information. The develpment of such technologies will allow the better positioning of the language industry in the new globalized, interconnected, superinformed and multilingual world. This is precisely the project objective: the development of language, speech and multimedia technologies needed to improve the economic competitiveness of the language industry in the Basque Country. |
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Bi2Hiru |
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What Bi2Hiru proposes is an approximation in where once the domains are modelled (urban design and architecture) and using semantic techniques, a 3D model can be inferred from the 2D blueprints.
In nowadays market, several applications propose solutions to the automatic generation of 3D elements from 2D data. However, they have high costs and low efficiency. We propose a novel approach based on the use of semantics. We focus on the semantic load that can be added or extracted from a 2D element via its properties in order to infer an equivalent 3D object that is different depending on the domain.
We will develop a series of tools running in a commercial CAD package and a prototype that shows the possible different techniques we will develop along the project. |
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BioFace3D |
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The project aims at developing advanced technology for access control with biometric systems based on 3D face recognition. A prototype built with the required hardware to capture 3D images and implemented and optimised algorithms is used to create a database in order to test and improve the system. |
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BIOMICS |
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VICOMTech collaborates with KB Data Mining in the processing of electrophoresis images. The project will allow data integration for the simulation of metabolic network, in order to guide the researcher in the analysis of proteomics and metabolic data. |
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BioSIS |
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The project designs, implements and tests Integrated Security Systems based on Biometric solutions for real-world enterprise applications. Therefore, a laboratory with access for interested enterprises and institutions has been equipped with several biometric systems. An efficient database is built and serves for testing purposes and in order to optimise the decision threshold for the classification of people in accepted and rejected users. |
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BM4ISG |
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The aim of the project is the research and development of an automatic tool for Internet monitoring. The development of a digital monitoring tool intends to cover the companies’ need for brand and product protection on the Internet. It is among the targets of the project to offer automatic on-line monitoring of brand use in texts, logos, sales, etc. |
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COPAF |
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The project COPAF aims at increasing the public security by developing an electronic system that counts people based on optical image analysis allowing to detect an overcrowding in real time and to define action plans. |
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DIGITAL TV LABORATORY |
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The design and tuning of a lab to study and develop applications and services through Digital TV . |
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e-tourgune |
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This project is part of the Strategic Research Programme ETORTEK 2006 of the Industry, Tourism and Commerce Department of the Basque Country. It aims at pushing ahead the strategic research in tourism sciences thanks to the convergence of traditional scientific and technological areas. Therefore, competitiveness and innovation within the tourism sector of the Basque Country will significantly increase. |
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e-WindTech |
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Project e-WindTech aims to use the 3D graphics and Virtual Reality technologies in e-learning courses, by adding the VR elements to SCORM packages that will be loaded by SCORM compliant e-learning platforms. Adding VR interactive elements to the contents will help student to understand more deeply the details of the maintenance tasks of wind turbines. |
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E2E RM |
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This projects focuses on the E2E RM concept. It aims at defining new standards for the digital representation of possible rights relate to Intellectual Property within the value chain, such as the rights of the authors, actors, editors, as well as the producers and distributers. |
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EIKEA |
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EIKEA aims to develop tools to automate the transcription of audiovisual content in Basque. Such tools will facilitate the transcription process of Basque multimedia and, as a result, allow the increase of subtitled audiovisual content in that language. |
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ELEARSEC |
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Developing of a Digital Security e-learning course focused on Vocational Training Educational Centres. |
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ELISA |
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ELISA (Intelligent Location Environment for Assistive Services), aims at defining, designing and implementing new services inside research technological platforms, focussing on localization and accessibility/adaptability. These services are based on location and mobile technologies, both in outdoor and indoor locations. They have a big added value not only for people with disabilities but for any other type of user as well. |
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ePlantVerify |
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ePlantVerify proposes an approach using semantic tools, in order to provide to the objects that are part of the design of an industrial plant additional information like adjacency, use or economical information. These properties are obtained from different modules and programs, providing the model the necessary characteristics for different plant layouts representation. Different plant layouts can be viewed through a large CAD models display where walkthrough experiences are allowed. |
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eROOM |
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The main objective of the eRoom project is the development of an integrated, ergonomic and multidisciplinary interface for the hospital rooms. The goal is to provide a unified access, via a single 'all-in-one' tactile terminal set in each room, to different entertainment services for patients and visitors (TV, radio, telephone, Internet, video on demand, etc.) as well as to the essential assistance services for doctors and nurses (interphone, register of examinations and provided medical care, management of the diet list/menu, pharmaceutical prescriptions, access to the hospital information network, etc.). |
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ESKAUT |
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Through the Internet and Social Media, consumers talk constantly. This presents a challenge to business. The influence of this medium, through opinions posted by consumers, on the purchasing decision is becoming ever more influential. In this context, EsKaut will attempt to help enterprises detect early critical signals amongst the noise on the Internet and to know on what they should pay attention. EsKaut will provide tools to manage and use the Web 2.0 as a competitive advantage. |
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FURIA |
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FURIA implements a pragmatic approach to handle the evolution of the different audiovisual broadcasting systems. According to this, FURIA aims to contribute to the deployment of the DVB-H infrastructure in Spain, participate in the definition of hybrid satellite-terrestrial networks for mobile terminals and analyze the technical viability of the second generation of the DVB-T standard. |
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FUTURE INTERNET |
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The main aim of the FUTURE INTERNET project is to prepare the Basque Telecommunication’s Community and the Information Society for an active participation in the chances that appear in an evolutionary and revolutionary development of the Internet. The focalization is very important so we are trying to work in the areas we are already strong in and, in this sense, we already have an advanced position with the competitors in the world. |
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GENSPORT |
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The main goal of this project is to implement an authoring tool to manage sport contents, in order to allow trainers to generate new multimedia contents and share them with other trainers. With this tool, every trainer will be in posesión of a graphical support to use in his lectures, even via internet with voice support. |
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Go4Jan |
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The objective of Go4Jan is to implement a real-time process management system for food and beverage providers (specially accommodations and restaurants). |
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HCI4MED |
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HCI4MED pretends to provide clinicians with more natural and intuitive human-computer interaction applications. We will design and develop new multimodal interfaces for the hospital IT environment allowing to interact easily with instruments, clinical data, vital signs, intra-operative images, or videos, as well as new visualization technologies in three dimensions in order to provide depth perception for more accurate clinical diagnostic. |
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HIGI |
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The main objective of HIGI is to design, develop and validate a mobile interactive tv headend that allow to provide interactive services in DVB-H network. |
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HYPER |
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The Hyper project focus its activities on new wearable neurorobotic (NR) and motor neuroprosthetic (MNP) combined with virtual reality (VR) systems to overcome the major limitations of current rehabilitation solutions for the particular case of Cerebrovascular Accident (CVA), Cerebral Palsy (CP) and Spinal Cord Injury (SCI). Several technologies will be applied at the common rehabilitation protocol in order to increase the final outcome and reducing the duration of the therapy. |
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I2HOME (IST-2005-033502) |
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The scope of I2HOME is the Intuitive Interaction for Everyone with Home Appliances based on Industry Standards. In this way, I2HOME will make devices and appliances at home more accessible to persons with mild cognitive disabilities and older persons, using a new mainstream user interface standard – the Universal Remote Console (URC). |
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IMS |
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The project aims at implementing a comprehensive framework supporting Computer Aided Manufacturing in its different development phases, based on the possibilities offered by Virtual and Augmented Reality and information assurance technologies. This is an international project, funded by the South Korean Government, and oriented in particular to two of the main Korean financial engines: the automobile and shipbuilding industries. |
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INFUTUR |
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INFUTUR is a collaborative project among the following R&D institutions: Vicomtech, Robotiker-Tecnalia, CTIC, CITIC and AIDO. At medium and long term, the participants of this consortium aim at providing technologically advanced solutions appliying the technologies related to the Future of Internet to the tourist sector. The expected results and prototypes of the project should lead to innovative products that will Foster the competitivity of the sector. |
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INNOVAE MULTIJUEGOS |
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The main goal of this project is the research of new human-computer interaction methods, based on gesture interfaces. We want to develop a system that allows a user to interact with the computer just by using the movements of his or her hands. |
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INREDIS |
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The new generation of IT tools and technologies will allow the intoperability of existing different user devices that run different technical aids with environment’s signalling and control devices. In the project we are aiming for a total integration of functional disabled users into the society of knowledge. |
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IRIS |
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IRIS project consists in the development of a video-oculography tracking system capable of tracking both eyes. It is intended to make the system offer a higher robustness and accuracy, and a lower cost and size than current commercial systems. Hence, this technology will be usable by a greater number of people and besides it will have a wider range of applications. |
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IRUDIKO |
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IRUDIKO is an image-based travel recommender system that allows the generation of personalized tourist tours during the planning stage. The systems aims at creating activity packages and a personalized agenda taking into account the restrictions imposed by the user and his/her preferences. Therefore, it is necessary to define the profile and selection criteria of the user. Furthermore, intelligent search algorithms and user-friendly interfaces will be implemented to visualize the results. |
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ISD |
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Within a strategic Project for the Basque Weather and Climate Service, Vicomtech works in the visualization of weather information coming from multiple sensors. The aim is to help in its understanding and visual analysis. The project includes time varying information taken by automatic stations, a weather radar, as well as oceanic sensors. The idea is to integrate all this data together with a 3D geographical model in order to analyze everything jointly. |
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iTOLL |
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Within the wide variety of ITS applications and Solutions, iTOLL has the objective of improving existing tolling systems by developing an intelligent, multi-lane, Free Flow electronic tolling system capable of integration with future satellite positioning systems. Although solutions already exist within the world of Free Flow electronic tolling, none of these applications provide a solution that combines both today’s currently available technologies, such as DSRC and artificial vision, with future tolling technologies based on satellite positioning. |
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KONEKTV |
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The aim of this project is the development of a tool that allows the user to access to advanced Internet services using his or her television box. This project focuses on promoting the e-inclusion of a considerably important amount of citizens that nowadays are outside the so-called Information Society. |
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MCODA |
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The main objective of MCODA project is the development of a platform which allows SMEs in the textile sector, the marketing of customized clothing. The system integrates all the marketing phases (design and pattern making; tailoring and dressmaking; logistics and distribution; shop) in a unique platform on the Internet. |
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MEDIATUR |
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The objective of MEDIATUR is the implementation of a technological platform that allows managing, personalizing and reusing multimedia content within the tourism value chain, publishing this content in a distributed multiformat environment. The system will be based on a platform for distributing content through several electronic formats to Destination Management Organizations (promotional campaigns, daily offers, trip information …). |
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MedNET |
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MedNET is an EU project aiming at establishing collaboration with Latin America countries in the area of patient safety. MedNET pretends to build a medical network of excellence in Latin America, deploying two pilots in Brazil and Peru, connecting isolated/urban locations in Amazon region over satellite connectivity. The consortium involves local government and hospitals in Latin American countries, as well as two Spanish telecommunications companies - Thales and Hispasat. |
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Metaverse1 |
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The Metaverse1 (global standards among real and virtual worlds) project will provide a standardized global framework that enables the interoperability between virtual worlds (as for example Second Life, World of Warcraft, IMVU, Google Earth and many others) and the real world (sensors, actuators, vision and rendering, social and welfare systems, banking, insurance, travel, real estate and many others). The 'Metaverse for all' will be a special attention point aiming at the eInclusion of minorities in the society. |
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METZ |
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The main objective of the project is the development of a hybrid technological platform that will allow tourist to access tourist multimedia contents while on the destination, combining several telecommunication networks and access to contents in order to provide innovative added-value services. Therefore, DVB-H technologies for the provision of general information about the destination will be combined with UMTS, GPRS or HSDPA/HSUPA technologies for a point-to-point interaction to access personalized added-value services. |
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MIND |
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In MIND project, we intend to provide the neuroscientific comunity with an integrated platform management, integration and exploitation of knowledge, including analysis of clinical data, omic data, and medical images. |
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MiroView |
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The main goal of this project is the application of semantic tools in the field of Steel Detailing design. Verification, modelling and Design Review are some of the benefits by using and exploiting the semantic information (knowledge) embedded in a given CAD model. |
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MIROWALK |
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The main objective of this Project is to develop a software tool for the visualization of massive data (CAD Models) using semantic tools. |
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MOBA |
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Vicomtech develops algorithms for an automatic detection of termites’ presence in wood by analysing acoustic signals from their feeding. |
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MovilTrans |
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The deployment of a platform that is able to acquire tickets for a user and issue them to a mobile device marks the future direction of transport, making it more accessible, quicker, convenient and ecological. Mobile technologies, such as those proposed in this project, will allow the deployment of electronic ticket purchase and issuance in the transport sector a reality in the near future. |
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NANOTHER |
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Nanother is coordinated by GAIKER-IK4 - our partner in the IK4 Research Alliance- includes 18 top-level partners from 8 countries as the critical mass required to achieve ambitious projects objectives. Vicomtech-IK4 participates in the functionalisation and pre-clinical evaluation of the nanoparticles in-vivo using imaging systems, such as MRI, SPECT, PET and fluorescence based imaging. |
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NEURONA |
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The main objective of this project is to define and implement an open laboratory to tests converged mobile services for sharing network connectivity infrastructure, allowing the incorporation of new systems, protocol stacks, middleware and distribution platforms services, define procedures and management tools of the laboratory, to propose the business model that will operate this type of infrastructure and analyze the user experience in this context. |
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OSI+ |
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The fundamental objective of OSI+ is the creation of new aggregate products based on Information and Communication Technologies which would allow a strategic positioning of basque technological companies in healthcare. On the other hand, the technological objective of the project is the development of an integrated digital platform that supports the processes of the healthcare system, for efficient diagnosis, treatment and monitoring of patients in the context of an extended hospital. |
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PANGEA |
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The main objective of the project is the generation of a platform embedded in professional TV systems, which allows the producer to represent 3D geographical models that can be modified in a dynamic way. For example, in a sailing regatta, the model of the seaside could be shown together with the information about the locations and the trajectories of the participating sailing boats. |
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POINT |
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Development of a platform of services for the MUJA public museum. This platform will offer a wide range of services in different scenarios in which tourists will enjoy, either at a distance (at home) or at the museum itself, innovative conversational interfaces and advanced graphic designs, like for example direct communication with the robotic platform and, in overall, with all the multimedia content available in the museum with their phone terminals. |
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PUPPET |
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The project aims to include high-quality interactive 3D virtual characters into a real world. These characters will be directed on real-time by a real actor. For this inclusion to create the illusion that the character is actually placed in the real world, advanced mixed reality techniques will be studied and developed, such as the application of real lighting on the virtual character, the control of occlusions with real objects, etc. |
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PxU |
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The objective of this project is to develop a system to support the diverse range of applications that can be tackled via advanced positioning technologies, such as Galileo, advanced broadband telecommunications technologies and intelligent information storage and retrieval techniques. These new technologies allow us to consider innovative applications, for example, refitting existing tolling systems minimising new infrastructure needs and cost, and other applications, which are growing in importance, such as car insurance premiums based on distance travelled, congestion charging and many other that may seem futuristic, but can be based on the same platform. This allows us to contemplate numerous other applications that will be deployable on the PxU platform. |
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Q-Formación |
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Q-formación project proposes the automation of the design, execution and management of a Teaching-Learning project which allows preparing the students in job competences using standardized didactic components. For this purpose, it is being developed a computer application that (i) assists methodologically (in a structured and guided way) the design, implementation and management of the Teaching-Learning process, (ii) allows its operators to design and develop training programs in a quick and personalized way for their customers needs, and (iii) is able to automatically connect the competence needs with standardized educative contents, using semantic algorithms and techniques based on Artificial Intelligence. |
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RAUDOS |
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A RAUDOS network user connects himself to the platform by logging a user name and a password. Once in the net, the user can interact with some ludic and formative applications, so that he earns points and increases his virtual credit, with specially developed characters that help him throughout the process. This interaction can be done from different devices (computer, celular phone, PDA, digital decoder, interactive kiosk in a sell point, TV…). With the virtual credit available, the user can access a catalogue of audiovisual content from any of the devices before mentioned. |
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RETADIM |
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The general aim of this network consists of to increase the knowledge and to foster activities of an important number of Spanish research groups in assistive technologies related mainly to impaired and elderly people. |
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RUSHES |
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The overall aim of RUSHES is to design, implement, and validate through trial a system for indexing, accessing and delivering raw, unedited audio-visual footage, known as rushes, and promote the reuse of such content in the production of new multimedia assets by offering semantic media search capabilities. |
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SeCulart |
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SeCulart intends to improve both access and usage of cultural contents through the creation of tools for semantic interoperability among systems belonging to different cultural institutions. The idea is to use Semantic Web technologies to build a platform for global access to diversified and distributed cultural sources and for improving and facilitating the management of advanced and complex queries on these sources. In addition, integration of Natural Language Processing techniques will partially automate and, therefore, facilitate the task of indexing cultural contents. |
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SEGUR@ |
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The SEGUR@ project will develop advanced algorithms for the tracking, monitoring and protection of entities, brands, trademarks, organisations, persons and protect works etc. on data networks, principally the Internet. The primary objective of the project is the effective protection of an entities image, reputation and assets on information networks via software tools, safeguarding their privacy and avoiding defamation by third parties. |
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SEMTEK |
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SEMTEK’s main objective is to apply Agent Theory to the semantic adaptation of the information available in a context applying Ambient Intelligence techniques. |
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SERENA |
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The SERENA project pretends to develop models that will be integrated into a system for storage, management, integration and analysis of clinical data and medical images for use in monitoring patients treated with endovascular aneurysm repair (EVAR). The system will provide clinicians with a support tool, which will assist them in evaluating the individual risk of endograft failure and making the best therapeutic decision for each case. |
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SIGEM |
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The main objective of the SIGEM project is to develop virtual simulators of risky situations like forestall and urban fires or chemical leaks in open waters. The behavior model of the natural phenomena must be implemented and integrated in the real time graphical kernel, but it must be accurate enough to calculate the evolution of the natural processes in a very realistic way. |
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SIMUSOL |
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The goal of this project is the development of an interactive simulator of electric arc welding targeted at the training of inexperienced welders. The system can be used in the first stages of training, transferring the basic concepts of the process in an attractive way and allowing trainees to practice in a simulated environment, without any risks and without any raw material costs. |
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SINERGIA |
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The main objective of this project is to explore empirically the synergies between the human learning and reasoning ability and Knowledge Based Systems (KBS) for the breakdown diagnostics on complex mechatronic machine tools (particularly NC machine tools). |
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Skeye |
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The main goal of this project is to provide a new information source for meteorological centers. Information which will be added to the set of data currently used by these centers. |
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SOPRANO (IST-2006-045212) |
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SOPRANO will design and develop highly innovative, context-aware, smart services with natural and comfortable interfaces for older people at affordable cost, meeting requirements of users, family and care providers and significantly extending the time we can live independently in our homes when older. User friendliness and acceptability is top priority for the project - a zero-slope learning curve is to be achieved and interfaces are to "vanish" into domestic settings. Large-scale viability in real homes will be demonstrated with 600 users to raise public awareness and accelerate AAL exploitation. |
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TEBAS |
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The aim of TEBAS is to design and develop a low-cost platform for outdoor television productions. This new system would be very appropriate for those events without such a big audience that would not justify the actual inversion the outdoor realizations demand. The information regarding the event will be still broadcasted to the viewers but at lower cost in comparison with big and important events such as football league. |
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TIMIN |
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Within the TIMIN project, led by BTI Biotechnology Institute, Vicomtech-IK4 is working on the design and development of an image-assisted system for diagnosis, preoperative planning, and postoperative monitoring of degenerative articular diseases, using new tools like, for instance, the cartigram. |
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TOPATU |
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The expectation of this project is to implement new user interfaces, so that the main interacting element with the user is not a text, but a user-selected and speech-enabled avatar that represents him or her when communicating with other users by mobile phone, TV or PC that is connected to the Internet. |
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VIRTUE |
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The overriding goal of VIRTUE is to provide a platform that integrates advanced numerical methods of fluid analysis to tackle hydrodynamic performance optimisation of ships in a comprehensive and holistic approach with a view to substantially enhance all aspects of the current service offered to the marine industry, which still to a large extent is based on physical model testing. |
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VISGEN |
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The objective of this project is to design and develop an advanced visualization module to integrate and link the metabolic pathways associated with specific human diseases, based on genomic data, proteomic, metabolomic and transcription factors. The ultimate goal is to provide the specialist researcher with a powerful, intuitive and efficient bioinformatic tool. |
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VISIÓN |
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Nowadays, communication services are fundamental in social and professional relations. The recent advances in information technologies have revolutionised the development of these services, largely driving the economic-social development of the developed countries. The aim of the “VISION” project is to develop the latest generation of audio and video communications technologies, to give to people located kilometres away the feeling that they are in the same location. |
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VITAL |
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The VITAL project proposes a combination of advanced information and communication technologies that uses a familiar device like the TV or mobile phone as the main vehicle for the delivery of services to elderly users in home environments. The new services offer will depart from traditional assistance schemes in the sense that it is not oriented to satisfying day to day subsistence needs but it considers other important demands that has deserved little attention up to the moment, such as: the need for information, the need for inter-personal communication, the need for personal advice or the need for edutainment. |
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ZEBRASCREEN |
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The ZEBRASCREEN project aims at developing a quantitative microplate based whole animal high-throughput screening platform for evaluating drug effects and drug toxicity. The platform requires advanced image analysis methods for automated identification and classification of phenotypes. Such methods should allow to quantitatively measure complex phenotypes from thousands of images in a high throughput manner. |
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