Add to ORKGInternational audiencePerformance and usability of realworld speech-to-speech translation systems, like the one developed within the NESPOLE! project, are affected by several aspects that go beyong the pure translation quality provided by the underlying components of the system. In this paper we describe these aspects as perspectives along wich we have evaluated the NESPOLE! system. Four main issues are investigated (1) assessing system performance under various networtk traffic conditions; (2) a study on the usage and utility of multi-modality in the context of multilingual communication; (3) a comparaison of the features of the individual speech recognition engines. and (4) an end-to-end evaluation of the system
NESPOLE! is a EU/NSF jointly funded project exploring multilingual (speech-to-speech translation) an...
Multimodal machine translation involves drawing information from more than one modality, based on th...
This paper describes JANUS-III, our most recent version of the JANUS speech-to-speech translation sy...
International audiencePerformance and usability of realworld speech-to-speech translation systems, l...
Performance and usability of real-world speech-to-speech translation sys-tems, like the one develope...
This paper describes how we tackled these issues and evaluates their e#ect on system performance and...
International audienceOver the past year, we have developed a fully functional showcase of the NESPO...
This work discusses the results of two user studies aiming to evaluate the NESPOLE! speech-to-speech...
over the Internet Abstract — The NESPOLE! System is a speech communication system designed to suppor...
International audienceThe main goal of NESPOLE! is to advance the state-of-the-art of speech-to-spee...
In this paper we describe the design, evolution, and development of the user interface components of...
NESPOLE! 1 is a speech-to-speech machine translation research project funded jointly by the European...
While spoken language translation remains a research goal, a crude form of it is widely available co...
Multimodal machine translation involves drawing information from more than one modality, based on th...
Multilingual communication enabled by a multimodal speech-to-speech translation system may differ fr...
NESPOLE! is a EU/NSF jointly funded project exploring multilingual (speech-to-speech translation) an...
Multimodal machine translation involves drawing information from more than one modality, based on th...
This paper describes JANUS-III, our most recent version of the JANUS speech-to-speech translation sy...
International audiencePerformance and usability of realworld speech-to-speech translation systems, l...
Performance and usability of real-world speech-to-speech translation sys-tems, like the one develope...
This paper describes how we tackled these issues and evaluates their e#ect on system performance and...
International audienceOver the past year, we have developed a fully functional showcase of the NESPO...
This work discusses the results of two user studies aiming to evaluate the NESPOLE! speech-to-speech...
over the Internet Abstract — The NESPOLE! System is a speech communication system designed to suppor...
International audienceThe main goal of NESPOLE! is to advance the state-of-the-art of speech-to-spee...
In this paper we describe the design, evolution, and development of the user interface components of...
NESPOLE! 1 is a speech-to-speech machine translation research project funded jointly by the European...
While spoken language translation remains a research goal, a crude form of it is widely available co...
Multimodal machine translation involves drawing information from more than one modality, based on th...
Multilingual communication enabled by a multimodal speech-to-speech translation system may differ fr...
NESPOLE! is a EU/NSF jointly funded project exploring multilingual (speech-to-speech translation) an...
Multimodal machine translation involves drawing information from more than one modality, based on th...
This paper describes JANUS-III, our most recent version of the JANUS speech-to-speech translation sy...