Ict Project Partners Calls

ICT PROJECT PARTNERS CALLS

 Ortak Arama/ICT/ Spain/ Closure Date: 28/04/2011 Partner Search ID: PS-ES-4812 Date of Publication: 2011-04-05 Call Identifier: SME-Digital Content and Languages (FP7-ICT-2011-SME-DCL)

Challenge: Challenge 4: Technologies for Digital Content and Languages Objective: 4.1 SME Initiative on Digital Content and Languages Proposal Name: IMproving Tourism by UNderstading your EmotionS (IMTUNES) Subject: This proposal aims to bootstrap a data market in the tourism sector. To this end, two value chains will be exploited, both of them explore the interaction between tourists and the tourism resources (POIs). The first one takes into account the spatio-temporal relations between the tourists and the resources, enriched with contextual information. The second one examines the opinions and sentiments of the tourists regarding their experiences and visits.

 Ortak Arama/ICT/Lithuania /Closure Date: 28/04/2011 Partner Search ID: PS-LT-4803 Date of Publication: 2011-04-05 Call Identifier: SME-Digital Content and Languages (FP7-ICT-2011-SME-DCL)

Challenge: Challenge 4: Technologies for Digital Content and Languages Objective: 4.1 SME Initiative on Digital Content and Languages

Proposal Name: Development of date pool for events (EventPool) Subject: This project is aimed at creating a sustainable data pool of events as they are reported on the web. The event is a segment of information describing who does what and when. A user (SME, public or other organization) would get the query-relevant events with additional service on top of them: credibility - a measure of importance of the event, sentiment - opinions gathered and analyzed after the event was reported, associations - a network of related events for further exploration.

 Ortak Arama/ICT/ Lithuania/ Closure Date: 28/04/2011 Partner Search ID: PS-LT-4794 Date of Publication: 2011-03-24 Call Identifier: SME-Digital Content and Languages (FP7-ICT-2011-SME-DCL)

Challenge: Challenge 4: Technologies for Digital Content and Languages Objective: 4.1 SME Initiative on Digital Content and Languages Proposal Name: Development the Intelligent System for Applications in EU Calls for Public Procurement - PTESKIS Subject: The EU system of public procurement (http://ted.europa.eu) announces public procurement calls of EU institutions. Search by business opportunities, industries, the destination of services or goods, and headlines is available. It is possible to save search preferences. Information is available in any of 23 official EU languages. System’s users get information by e-mail and may also subscribe to the RSS feed. Registration is free of charge. There is also the information system for European public procurement (http://simap.europa.eu). This system is a place for contracting organisations to announce their public procurement calls. This system offers standard public procurement forms (PDF) and links to legal acts. Public procurement calls may be also sent through online forms in the structural electronic format (XML). Information is available in any of 23 official EU languages. Almost any country of the world has its specific public procurement system. Most include market research, legal information, and contact information of transport companies. Since 2010, EU companies have more opportunities to offer construction, IT and other services in any EU country. The EU Services Directive, which came into force at the end of 2009, made this possible. Companies from different EU countries now have better opportunities to bid in calls for tenders from other EU countries. On 29 December 2009 all EU member states and some partner countries launched websites of public procurement, Denmark (http://www.virk.dk/English), Norway (https://www.altinn.no/en/), and UK (http://www.ukwelcomes.businesslink.gov.uk/) among them. The Intelligent System for Applications in EU Calls for public procurement (PTESKIS) will facilitate interactive personalised and customised bidding in the EU. The system will communicate with e-procurement systems of EU countries; it will automate submission of contract documents and will offer intelligent assistance on their preparation. The project will focus on the target outcome a) Bootstrapping a data economy.

 Ortak Arama/ICT/ Lithuania/ Closure Date: 28/04/2011 Partner Search ID: PS-LT-4797 Date of Publication: 2011-03-28 Call Identifier: SME-Digital Content and Languages (FP7-ICT-2011-SME-DCL)

Challenge: Challenge 4: Technologies for Digital Content and Languages Objective: 4.1 SME Initiative on Digital Content and Languages Proposal Name: Multilingual Virtual Text Corpora Interpretation Initiative (Corpus- Interpretation) Subject: The project strives to develop an automated system whereby various meanings of a word could be found, made more comprehensive and translated by help of text corpus. The project will focus on the target outcome b) Sharing language resources.

 Ortak Arama/ICT/ Italy/ Closure Date: Batch 03/05/2011 Partner Search ID: PS-IT-4774 Date of Publication: 2011-03-10 Call Identifier: FET OPEN Call (FP7-ICT-2011-C)

Challenge: Future and Emerging Technologies Objective: 9.1 FET Open: Challenging Current Thinking Proposal Name: Hologram Transmission Subject: According to a recent survey by CISCO, many television experts believe that within 2030 holographic television will be available. Hologram transmission is a very challenging problem, but maybe the technology is almost mature for it. The objective of this project is to start research activity in this challenging field and pave the road for the future development of holographic television.  Ortak Arama/ICT/ Spain/ Closure Date: 24/05/2011 Partner Search ID: PS-ES-4742 Date of Publication: 2011-02-10 Call Identifier: FET Open (FP7-ICT-2009-C)

Challenge 1: Future and Emerging Technologies Objective: 9.1 FET Open: Challenging Current Thinking

Proposal Name: SensITs Title: Sensing Information Technologies framework, for embodying perception capacities, learning abilities, cognition capabilities and evolution faculties into intelligent entities living on Internet Abstract: SensITs aims to use all the information derived from the real/virtual world to enable sensing entities that are aware of the environment, and that can understand the meaning of sensing events conveyed by environmental information, and that can thereby provide locally and remotely useful services to the society in an improved, bio-inspired way. SensITs goals to investigate, develop, implement, experiment and validate an Information technologies framework of models and patterns for acquiring and processing sequences of sensing events detection, for endowing multi-sensorial - audition, olfaction, vision and other senses - perception capacities, and semi-driven learning abilities, and for embodying cognition faculties and sensorial reasoning functionalities into artificial intelligent sensing entities. These entities will be able to accomplish missions being connected, communicated, included, as well trained, .. and live features and characteristics of being, grow, learn, act, adapt and evolve on Internet. SensITs builds an incipient platform prototype for the proof of concept, features and performances of these evolutionary intelligent entities.

 Ortak Arama/ICT/ Belarus/ Closure Date: 17/01/2012 Partner Search ID: PS-BY-4747 Date of Publication: 2011-02-24 Call Identifier: ICT Call 8 (FP7-ICT-2011-8)

Challenge 6: ICT for a Low Carbon Economy Objective: 6.7 Cooperative Systems for Energy Efficient and Sustainable Mobility Proposal Name: Intelligent system for monitoring and control of city transport motion (TransportNet) Subject: The proposal is addressing FP7 Call 8, challenge 6 “ICT for a low carbon economy”, objective 6.7 “Cooperative Systems for energy efficient and sustainable mobility”, target a) Cooperative Systems for low-carbon multi-modal mobility. Transport industry is one of the most dynamic developing branches of EU economy. New technologies coming to market in the near future will gradually provide new services to citizens and allow improved real-time management of traffic movements and capacity use. Now transport industry & ICT focuses on analysis and design of transportation processes, as well as their optimization, management and decision support. From this point of view development of methods and tools for cooperative networked control of city car totality is very perspective problem. Renunciation of strict regulations of city movement to well-founded robust policy of definition of traffic regulations on the base of real-time control and intelligent management of traffic flows can leads to essential economy and low-carbon environmental advantages. So development and implementation of new cooperative strategies, uniting in one system transport flows and “smart” traffic lights and based on the harmonised EU communication architecture and bi-directional vehicle-to infrastructure technologies, are very essential. The main objective of TransportNet project is to develop advanced technology for improvement of city transport motion. It is based on systematic engineering through: - implements new cooperative and pro-active traffic and travel management and control strategies- as a basing principle of realization: “smart” analysis of transport motion on a base of control of moving transport flows and their control by means of “smart” traffic lights; - optimizes interaction between vehicle and infrastructure, basing on “smart” estimation transport system density motion; - realizes principle “smart urban mobility” on a base of advanced cooperative network control and optimization techniques, allowing of redirection of transport flows before possible traffic jams.