This paper describes our system about mul-tilingual semantic dependency parsing (SR-Lonly) for our participation in the shared task of CoNLL-2009. We illustrate that semantic dependency parsing can be transformed into a word-pair classification problem and im-plemented as a single-stage machine learning system. For each input corpus, a large scale feature engineering is conducted to select the best fit feature template set incorporated with a proper argument pruning strategy. The system achieved the top average score in the closed challenge: 80.47 % semantic labeled F1 for the average score.
The Conference on Computational Natural Language Learning features a shared task, in which participa...
We describe a parser used in the CoNLL 2006 Shared Task, “Multingual Depen-dency Parsing. ” The pars...
We describe a parser used in the CoNLL 2006 Shared Task, “Multingual Depen-dency Parsing. ” The pars...
This paper describes our system about mul-tilingual semantic dependency parsing (SR-Lonly) for our p...
This paper describes our system about mul-tilingual syntactic and semantic dependency parsing for ou...
This paper describes our system about mul-tilingual syntactic and semantic dependency parsing for ou...
This paper presents our solution for CoNLL 2008 shared task that jointly parses syntactic and semant...
This paper develops a general framework for machine learning based dependency parsing based on a pip...
Our CoNLL 2009 Shared Task system in-cludes three cascaded components: syntactic parsing, predicate ...
Our CoNLL 2009 Shared Task system in-cludes three cascaded components: syntactic parsing, predicate ...
We propose a system to carry out the joint pars-ing of syntactic and semantic dependencies in multip...
Each year the Conference on Com-putational Natural Language Learning (CoNLL)1 features a shared task...
The Conference on Computational Natural Language Learning (CoNLL) features a shared task, in which p...
In this paper, we describe a two-stage multilingual dependency parser used for the multilingual trac...
Many NLP systems use dependency parsers as critical components. Jonit learn-ing parsers usually achi...
The Conference on Computational Natural Language Learning features a shared task, in which participa...
We describe a parser used in the CoNLL 2006 Shared Task, “Multingual Depen-dency Parsing. ” The pars...
We describe a parser used in the CoNLL 2006 Shared Task, “Multingual Depen-dency Parsing. ” The pars...
This paper describes our system about mul-tilingual semantic dependency parsing (SR-Lonly) for our p...
This paper describes our system about mul-tilingual syntactic and semantic dependency parsing for ou...
This paper describes our system about mul-tilingual syntactic and semantic dependency parsing for ou...
This paper presents our solution for CoNLL 2008 shared task that jointly parses syntactic and semant...
This paper develops a general framework for machine learning based dependency parsing based on a pip...
Our CoNLL 2009 Shared Task system in-cludes three cascaded components: syntactic parsing, predicate ...
Our CoNLL 2009 Shared Task system in-cludes three cascaded components: syntactic parsing, predicate ...
We propose a system to carry out the joint pars-ing of syntactic and semantic dependencies in multip...
Each year the Conference on Com-putational Natural Language Learning (CoNLL)1 features a shared task...
The Conference on Computational Natural Language Learning (CoNLL) features a shared task, in which p...
In this paper, we describe a two-stage multilingual dependency parser used for the multilingual trac...
Many NLP systems use dependency parsers as critical components. Jonit learn-ing parsers usually achi...
The Conference on Computational Natural Language Learning features a shared task, in which participa...
We describe a parser used in the CoNLL 2006 Shared Task, “Multingual Depen-dency Parsing. ” The pars...
We describe a parser used in the CoNLL 2006 Shared Task, “Multingual Depen-dency Parsing. ” The pars...