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| date=2014-2018 | | date=2014-2018 | ||
| information= INSIDE explores the scientific and technological challenges involved in developing symbiotic human-robot interactions in the context of a physical game involving children. To this goal, INSIDE investigates how to extend multiagent planning under uncertainty to cooperative scenarios involving human and robot agents. INSIDE also investigates natural forms of interaction (including spoken interactions) and how contextual and environment information (collected by a sensor network) can improve the communication between robot and human agents during joint collaborative tasks involving activities in a physical environment. The outcomes of INSIDE will be deployed in “Centro para o Desenvolvimento da Criança” (CDC, Child Development Center) of Hospital Garcia de Orta, in a physical game specially designed by the INSIDE team. [http://www.inesc-id.pt/projects.php?&Ano=10&prj=II04029]}} | | information= INSIDE explores the scientific and technological challenges involved in developing symbiotic human-robot interactions in the context of a physical game involving children. To this goal, INSIDE investigates how to extend multiagent planning under uncertainty to cooperative scenarios involving human and robot agents. INSIDE also investigates natural forms of interaction (including spoken interactions) and how contextual and environment information (collected by a sensor network) can improve the communication between robot and human agents during joint collaborative tasks involving activities in a physical environment. The outcomes of INSIDE will be deployed in “Centro para o Desenvolvimento da Criança” (CDC, Child Development Center) of Hospital Garcia de Orta, in a physical game specially designed by the INSIDE team. [http://www.inesc-id.pt/projects.php?&Ano=10&prj=II04029]}} | ||
− | !style="vertical-align: top; text-align: left; width: 50%;" |{{Project2|logo=logo- | + | !style="vertical-align: top; text-align: left; width: 50%;" |{{Project2|logo=logo-tratahi.png |
− | | shorttitle= | + | | shorttitle=TRATAHI |
− | | title= | + | | title=TRAnslation and Transcription Assisted by Humans on the Internet |
− | | date= | + | | date=2015 |
− | | information= | + | | information= The goal of this exploratory project, in cooperation with Carnegie Mellon University, is to design a web-based tool for man-in-the-loop joint robust Automatic Speech Recognition (ASR) and Machine Translation (MT). For this purpose research will be centered on representing the uncertainty of ASR and MT outputs expressed as a lattice, incorporating user feedback to the lattice and sharing information among MT and ASR lattices for improved performance.[http://www.inesc-id.pt/projects.php?&Ano=10&prj=II04029]}} |
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− | !style="vertical-align: top; text-align: left; width: 50%;" |{{Project2|logo=logo- | + | !style="vertical-align: top; text-align: left; width: 50%;" |{{Project2|logo=logo-mt4m.png |
− | | shorttitle= | + | | shorttitle=MT4M |
− | | title= | + | | title=Machine Translation for Microblogs |
− | | date= | + | | date=2015 |
− | | information= | + | | information= Project MT4M aims to develop state of the art technologies for Machine Translation in Microblogs, such as Twitter and Facebook. Therefore, methods must be developed in the scope of the open position to address the unpredictability and originality of text in this environment. |
+ | The main tasks address normalization techniques to convert the input into more standard forms, the usage of continuous space models that are more robust to word variations and the development of MT evaluation techniques suited to this domain. [http://www.inesc-id.pt/projects.php?&Ano=10&prj=II04029]}} | ||
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