NLPExplorer

Takashi Ninomiya

Number of Papers:- 35

Number of Citations:- 55

First ACL Paper:- 1998

Latest ACL Paper:- 2022

Venues:-

MTSummit

AACL

RANLP

sdp

HLT

NAACL

LREC

EMNLP

IWPT

PACLIC

ACL

EACL

IJCNLP

WAT

COLING

Co-Authors:-

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A Japanese Masked Language Model for Academic Domain COLING WS sdp

Comparing BERT-based Reward Functions for Deep Reinforcement Learning in Machine Translation COLING WAT

Yuki Nakatani | Tomoyuki Kajiwara | Takashi Ninomiya |

A Benchmark Dataset for Multi-Level Complexity-Controllable Machine Translation LREC

A Japanese Dataset for Subjective and Objective Sentiment Polarity Classification in Micro Blog Domain LREC

Adversarial Training on Disentangling Meaning and Language Representations for Unsupervised Quality Estimation COLING

Yuto Kuroda | Tomoyuki Kajiwara | Yuki Arase | Takashi Ninomiya |

Controllable Text Simplification with Deep Reinforcement Learning AACL IJCNLP

Emotional Intensity Estimation based on Writer’s Personality AACL IJCNLP

Hie-BART: Document Summarization with Hierarchical BART NAACL

Kazuki Akiyama | Akihiro Tamura | Takashi Ninomiya |

Synchronous Syntactic Attention for Transformer Neural Machine Translation ACL IJCNLP

Hiroyuki Deguchi | Akihiro Tamura | Takashi Ninomiya |

Utterance Position-Aware Dialogue Act Recognition RANLP

Yuki Yano | Akihiro Tamura | Takashi Ninomiya | Hiroaki Obayashi |

Transformer-based Approach for Predicting Chemical Compound Structures AACL

Supervised Visual Attention for Multimodal Neural Machine Translation COLING

Bilingual Subword Segmentation for Neural Machine Translation COLING

A Visually-Grounded Parallel Corpus with Phrase-to-Region Linking LREC

Hideki Nakayama | Akihiro Tamura | Takashi Ninomiya |

Multi-Task Learning for Chemical Named Entity Recognition with Chemical Compound Paraphrasing EMNLP

Dependency-Based Relative Positional Encoding for Transformer NMT RANLP

Yutaro Omote | Akihiro Tamura | Takashi Ninomiya |

Dependency-Based Self-Attention for Transformer NMT RANLP

Hiroyuki Deguchi | Akihiro Tamura | Takashi Ninomiya |

Neural Machine Translation Incorporating Named Entity COLING

CKY-based Convolutional Attention for Neural Machine Translation IJCNLP

Taiki Watanabe | Akihiro Tamura | Takashi Ninomiya |

Domain Specific Named Entity Recognition Referring to the Real World by Deep Neural Networks ACL

Suzushi Tomori | Takashi Ninomiya | Shinsuke Mori |

Acquiring distributed representations for verb-object pairs by using word2vec PACLIC

Miki Iwai | Takashi Ninomiya | Kyo Kageura |

Resampling approach for instance-based domain adaptation from patent domain to newspaper domain in statistical machine translation MTSummit

Keisuke Noguchi | Takashi Ninomiya |

Deterministic Shift-Reduce Parsing for Unification-Based Grammars by Using Default Unification EACL

Takashi Ninomiya | Takuya Matsuzaki | Nobuyuki Shimizu | Hiroshi Nakagawa |

A log-linear model with an n-gram reference distribution for accurate HPSG parsing IWPT WS

Takashi Ninomiya | Takuya Matsuzaki | Yusuke Miyao | Jun’ichi Tsujii |

Semantic Retrieval for the Accurate Identification of Relational Concepts in Massive Textbases ACL COLING

Trimming CFG Parse Trees for Sentence Compression Using Machine Learning Approaches ACL COLING

Yuya Unno | Takashi Ninomiya | Yusuke Miyao | Jun’ichi Tsujii |

An Intelligent Search Engine and GUI-based Efficient MEDLINE Search Tool Based on Deep Syntactic Parsing ACL COLING

Extremely Lexicalized Models for Accurate and Fast HPSG Parsing EMNLP WS

Efficacy of Beam Thresholding, Unification Filtering and Hybrid Parsing in Probabilistic HPSG Parsing IWPT WS

Takashi Ninomiya | Yoshimasa Tsuruoka | Yusuke Miyao | Jun’ichi Tsujii |

Lexicalized Grammar Acquisition EACL

Yusuke Miyao | Takashi Ninomiya | Jun’ichi Tsujii |

A Robust Retrieval Engine for Proximal and Structural Search HLT NAACL

Lenient Default Unification for Robust Processing within Unification Based Grammar Formalisms COLING

Takashi Ninomiya | Yusuke Miyao | Jun-Ichi Tsujii |

An Indexing Scheme for Typed Feature Structures COLING

Takashi Ninomiya | Takaki Makino | Jun-Ichi Tsujii |

An Efficient Parallel Substrate for Typed Feature Structures on Shared Memory Parallel Machines COLING

Takashi NINOMIYA | Kentaro TORISAWA | Jun’ichi TSUJII |

An Efficient Parallel Substrate for Typed Feature Structures on Shared Memory Parallel Machines ACL COLING

Takashi Ninomiya | Kentaro Torisawa | Jun’ichi Tsujii |