QA TempEval shifts the goal of previous TempEvals away from an intrinsic evaluation methodology toward a more extrinsic goal of question answering. This evaluation requires systems to capture temporal information rele-vant to perform an end-user task, as opposed to corpus-based evaluation where all temporal information is equally important. Evaluation results show that the best automated TimeML annotations reach over 30 % recall on ques-tions with ‘yes ’ answer and about 50 % on eas-ier questions with ‘no ’ answers. Features that helped achieve better results are event corefer-ence and a time expression reasoner.
This paper presents the HITSZ-ICRC system designed for the QA TempEval challenge in SemEval-2015. Th...
This Conference at: CLEF 2010 LABs and Workshops, Notebook Papers. Took place 14 September, 2010 in...
Abstract—Using logic for question answering (QA) promises more accurate answers and increased flexi-...
QA TempEval shifts the goal of previous TempEvals away from an intrinsic evaluation methodology towa...
Abstract. Previous works on evaluating the performance of Question Answering (QA) systems are focuse...
Previous works on evaluating the performance of Question Answering (QA) systems are focused on the e...
Answering questions that ask about temporal information in-volves several forms of inference. First,...
Abstract. This paper presents how an existing temporal processor was adapted to be used by the Engli...
Time is one of the crucial factors in real-world question answering (QA) problems. However, language...
Previous works on evaluating the performance of Question Answering (QA) systems are focused on the e...
The HLT-FBK system is a suite of SVMs-based classification models for extracting time expressions, e...
In this paper we provide a description of TimeML, a rich specification language for event and tempor...
This paper presents the evaluation of a QA system for the treatment of complex temporal questions. T...
In this paper we provide a description of TimeML, a rich specification language for event and tempor...
The HLT-FBK system is a suite of SVMs-based classification models for extracting time expressions, e...
This paper presents the HITSZ-ICRC system designed for the QA TempEval challenge in SemEval-2015. Th...
This Conference at: CLEF 2010 LABs and Workshops, Notebook Papers. Took place 14 September, 2010 in...
Abstract—Using logic for question answering (QA) promises more accurate answers and increased flexi-...
QA TempEval shifts the goal of previous TempEvals away from an intrinsic evaluation methodology towa...
Abstract. Previous works on evaluating the performance of Question Answering (QA) systems are focuse...
Previous works on evaluating the performance of Question Answering (QA) systems are focused on the e...
Answering questions that ask about temporal information in-volves several forms of inference. First,...
Abstract. This paper presents how an existing temporal processor was adapted to be used by the Engli...
Time is one of the crucial factors in real-world question answering (QA) problems. However, language...
Previous works on evaluating the performance of Question Answering (QA) systems are focused on the e...
The HLT-FBK system is a suite of SVMs-based classification models for extracting time expressions, e...
In this paper we provide a description of TimeML, a rich specification language for event and tempor...
This paper presents the evaluation of a QA system for the treatment of complex temporal questions. T...
In this paper we provide a description of TimeML, a rich specification language for event and tempor...
The HLT-FBK system is a suite of SVMs-based classification models for extracting time expressions, e...
This paper presents the HITSZ-ICRC system designed for the QA TempEval challenge in SemEval-2015. Th...
This Conference at: CLEF 2010 LABs and Workshops, Notebook Papers. Took place 14 September, 2010 in...
Abstract—Using logic for question answering (QA) promises more accurate answers and increased flexi-...