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translation [J03-3004]Way, Andy,Gough, Nano, WEBMT: Developing And Validating An Example-Based Machine Translation System Using The World Wide Web [J03-3003]Kraaij, Wessel,Nie, Jian-Yun,Simard, Michel, Embedding Web-Based Statistical Translation Models In Cross-Language Information Retrieval [J03-1005]Tillmann, Christoph,Ney, Hermann, Word Reordering And A Dynamic Programming Beam Search Algorithm For Statistical Machine Translation [P84-1116]Slocum, Jonathan, Machine Translation: Its History Current Status And Future Prospects [J85-1001]Slocum, Jonathan, A Survey Of Machine Translation: Its History Current Status And Future Prospects [W06-0801]Purwarianti, Ayu,Tsuchiya, Masatoshi,Nakagawa, Seiichi, Indonesian-Japanese CLIR Using Only Limited Resource [C02-1158]Echizen-Ya, Hiroshi,Araki, Kenji,Momouchi, Yoshio,Tochinai, Koji, Study Of Practical Effectiveness For Machine Translation Using Recursive Chain-Link-Type Learning [J04-4002]Och, Franz Josef,Ney, Hermann, The Alignment Template Approach To Statistical Machine Translation [D07-1105]Macherey, Wolfgang,Och, Franz Josef, An Empirical Study on Computing Consensus Translations from Multiple Machine Translation Systems [P04-1022]Lu, Yajuan,Zhou, Ming, Collocation Translation Acquisition Using Monolingual Corpora Bleu [E06-1032]Callison-Burch, Chris,Osborne, Miles,Koehn, Philipp, Re-Evaluation The Role Of Bleu In Machine Translation Research [D07-1055]Zens, Richard,Hasan, Sasa,Ney, Hermann, A Systematic Comparison of Training Criteria for Statistical Machine Translation [W07-0414]Dreyer, Markus,Hall, Keith B.,Khudanpur, Sanjeev P., Comparing Reordering Constraints for SMT Using Efficient BLEU Oracle Computation [D07-1105]Macherey, Wolfgang,Och, Franz Josef, An Empirical Study on Computing Consensus Translations from Multiple Machine Translation Systems [P04-1077]Lin, Chin Yew,Och, Franz Josef, Automatic Evaluation Of Machine Translation Quality Using Longest Common Subsequence And Skip-Bigram Statistics [W07-0704]Oflazer, Kemal,Durgar El-Kahlout, Ilknur, Exploring Different Representational Units in English-to-Turkish Statistical Machine Translation [P06-1091]Tillmann, Christoph,Zhang, Tong, A Discriminative Global Training Algorithm For Statistical MT [W05-0832]Henderson, John C.,Morgan, William T., Gaming Fluency: Evaluating The Bounds And Expectations Of Segment-Based Translation Memory [W06-1610]Zhou, Liang,Lin, Chin Yew,Hovy, Eduard H., Re-Evaluating Machine Translation Results With Paraphrase Support [W07-0736]Ye, Yang,Zhou, Ming,Lin, Chin-Yew, Sentence Level Machine Translation Evaluation as a Ranking Treebank [J03-4003]Collins, Michael John, Head-Driven Statistical Models For Natural Language Parsing [D07-1066]Rehbein, Ines,Van Genabith, Josef, Treebank Annotation Schemes and Parser Evaluation for German [W97-0105]Black, Ezra W.,Eubank, Stephen,Kashioka, Hideki,Magerman, David M., Probabilistic Parsing Of Unrestricted English Text With A Highly-Detailed Grammar [W06-0609]Babko-Malaya, Olga,Bies, Ann,Taylor, Ann,Yi, Szuting,Palmer, Martha Stone,Marcus, Mitchell P.,Kulick, Seth,Shen, Libin, Issues In Synchronizing The English Treebank And PropBank [J93-2004]Marcus, Mitchell P.,Marcinkiewicz, Mary Ann,Santorini, Beatrice, Building A Large Annotated Corpus Of English: The Penn Treebank [I05-6004]Hashimoto, Chikara,Bond, Francis,Tanaka, Takaaki,Siegel, Melanie, Integration Of A Lexical Type Database With A Linguistically Interpreted Corpus [W07-2219]Tsarfaty, Reut,Sima'an, Khalil, Three-Dimensional Parametrization for Parsing Morphologically Rich Languages [J05-3003]O'Donovan, Ruth,Burke, Michael,Cahill, Aoife,Van Genabith, Josef,Way, Andy, Large-Scale Induction And Evaluation Of Lexical Resources From The Penn-II And Penn-III Treebanks [W00-1208]Xia, Fei,Han, Chunghye,Palmer, Martha Stone,Joshi, Aravind K., Comparing Lexicalized Treebank Grammars Extracted From Chinese Korean And English Corpora [W06-2920]Buchholz, Sabine,Marsi, Erwin, CoNLL-X Shared Task On Multilingual Dependency Parsing summarization [J02-4001]Radev, Dragomir R.,Hovy, Eduard H.,McKeown, Kathleen R., Introduction To The Special Issue On Summarization [D07-1040]Mihalcea, Rada,Ceylan, Hakan, Explorations in Automatic Book Summarization [I05-2004]Mihalcea, Rada,Tarau, Paul, A Language Independent Algorithm For Single And Multiple Document Summarization [J98-3005]Radev, Dragomir R.,McKeown, Kathleen R., Generating Natural Language Summaries From Multiple On-Line Sources [J02-4003]Zechner, Klaus, Automatic Summarization Of Open-Domain Multiparty Dialogues In Diverse Genres [J02-4005]Saggion, Horacio,Lapalme, Guy, Generating Indicative-Informative Summaries With SumUM [W00-0406]Okurowski, Mary Ellen,Wilson, Harold,Urbina, Joaquin,Taylor, Tony,Colvin Clark, Ruth,Krapcho, Frank, Text Summarizer In Use: Lessons Learned From Real World Deployment And Evaluation [W03-0506]Zhang, Haiqin,Chen, Zheng,Ma, Wei-Ying,Cai, Qingsheng, A Study For Document Summarization Based On Personal Annotation [W00-0405]Goldstein, Jade,Mittal, Vibhu O.,Carbonell, Jaime G.,Kantrowitz, Mark, Multi-Document Summarization By Sentence Extraction [W04-1014]Hori, Chiori,Hirao, Tsutomu,Isozaki, Hideki, Evaluation Measures Considering Sentence Concatenation For Automatic Summarization By Sentence Or Word Extraction graph [J03-1003]Krahmer, Emiel,Van Erk, Sebastiaan,Verleg, Andre, Graph-Based Generation Of Referring Expressions [W05-0834]Zens, Richard,Ney, Hermann, Word Graphs For Statistical Machine Translation [W07-0204]Lin, Ziheng,Kan, Min-Yen, Timestamped Graphs: Evolutionary Models of Text for Multi-Document Summarization [J89-1002]Seo, Jungyun,Simmons, Robert F., Syntactic Graphs: A Representation For The Union Of All Ambiguous Parse Trees [W01-0805]Krahmer, Emiel,Van Erk, Sebastiaan,Verleg, Andre, A Meta-Algorithm For The Generation Of Referring Expressions [W07-1501]Ide, Nancy,Suderman, Keith, GrAF: A Graph-based Format for Linguistic Annotations [W98-1212]McConachy, Richard,Korb, Kevin B.,Zukerman, Ingrid, A Bayesian Approach To Automating Argumentation [W06-3807]Molla, Diego, Learning Of Graph-Based Question Answering Rules [H05-1052]Mihalcea, Rada, Unsupervised Large-Vocabulary Word Sense Disambiguation With Graph-Based Algorithms For Sequence Data Labeling [W06-3812]Biemann, Christian, Chinese Whispers - An Efficient Graph Clustering Algorithm And Its Application To Natural Language Processing Problems pagerank [C04-1162]Mihalcea, Rada,Tarau, Paul,Figa, Elizabeth, PageRank On Semantic Networks With Application To Word Sense Disambiguation [P07-1054]Esuli, Andrea,Sebastiani, Fabrizio, PageRanking WordNet Synsets: An Application to Opinion Mining [P04-1049]Wolf, Florian,Gibson, Edward, Paragraph- Word- And Coherence-Based Approaches To Sentence Ranking: A Comparison Of Algorithm And Human Performance [W06-1669]Agirre, Eneko,Martinez, David,De Lacalle, Oier Lopez,Soroa, Aitor, Two Graph-Based Algorithms For State-Of-The-Art WSD [W07-0204]Lin, Ziheng,Kan, Min-Yen, Timestamped Graphs: Evolutionary Models of Text for Multi-Document Summarization [W07-0203]Leite, Daniel S.,Machado Rino, Lucia Helena,Pardo, Thiago A. S.,Das Gracas Volpe Nunes, Maria, Extractive Automatic Summarization: Does more Linguistic Knowledge Make a Difference? [P06-1047]Li, Wenjie,Wu, Mingli,Lu, Qin,Xu, Wei,Yuan, Chunfa, Extractive Summarization Using Inter- And Intra- Event Relevance [P07-2047]Liu, Maofu,Li, Wenjie,Wu, Mingli,Lu, Qin, Extractive Summarization Based on Event Term Clustering [P06-3007]Wu, Mingli, Investigations On Event-Based Summarization [I05-2004]Mihalcea, Rada,Tarau, Paul, A Language Independent Algorithm For Single And Multiple Document Summarization Entropy [W02-1003]Goodman, Joshua, An Incremental Decision List Learner [J96-1002]Berger, Adam L.,Della Pietra, Vincent J.,Della Pietra, Stephen A., A Maximum Entropy Approach To Natural Language Processing [W97-0207]Melamed, I. Dan, Measuring Semantic Entropy [P94-1026]Samuelsson, Christer, Grammar Specialization Through Entropy Thresholds [W98-0805]Lyon, Caroline,Hewitt, Jill, The Value Of Minimal Prosodic Information In Spoken Language Corpora [W97-0121]Mikheev, Andrei, Collocation Lattices And Maximum Entropy Models [P02-1023]Gao, Jianfeng,Zhang, Min, Improving Language Model Size Reduction Using Better Pruning Criteria [W98-1217]Juola, Patrick, Cross-Entropy And Linguistic Typology [P02-1016]Tang, Min,Luo, Xiaoqiang,Roukos, Salim, Active Learning For Statistical Natural Language Parsing [W03-1009]Genzel, Dmitriy,Charniak, Eugene, Variation Of Entropy And Parse Trees Of Sentences As A Function Of The Sentence Number alignment [J03-1002]Och, Franz Josef,Ney, Hermann, A Systematic Comparison Of Various Statistical Alignment Models [J04-4002]Och, Franz Josef,Ney, Hermann, The Alignment Template Approach To Statistical Machine Translation [P05-1058]Wu, Hua,Wang, Haifeng,Liu, Zhanyi, Alignment Model Adaptation For Domain-Specific Word Alignment [H05-1024]Ayan, Necip Fazil,Dorr, Bonnie Jean,Monz, Christof, Alignment Link Projection Using Transformation-Based Learning [P06-2092]Schrader, Bettina, ATLAS - A New Text Alignment Architecture [C04-1005]Wu, Hua,Wang, Haifeng, Improving Statistical Word Alignment With A Rule-Based Machine Translation System [W99-0602]Simard, Michel, Text-Translation Alignment: Three Languages Are Better Than Two [D07-1005]Kumar, Shankar,Och, Franz Josef,Macherey, Wolfgang, Improving Word Alignment with Bridge Languages [I05-2012]Oh, Jong-Hoon,Choi, Key-Sun, Automatic Extraction Of English-Korean Translations For Constituents Of Technical Terms [W02-1019]Kumar, Shankar,Byrne, William J., Minimum Bayes-Risk Word Alignments Of Bilingual Texts french [J93-2003]Brown, Peter F.,Della Pietra, Vincent J.,Della Pietra, Stephen A.,Mercer, Robert L., The Mathematics Of Statistical Machine Translation: Parameter Estimation [C02-1070]Riloff, Ellen,Schafer, Charles,Yarowsky, David, Inducing Information Extraction Systems For New Languages Via Cross-Language Projection [H01-1035]Yarowsky, David,Ngai, Grace,Wicentowski, Richard, Inducing Multilingual Text Analysis Tools Via Robust Projection Across Aligned Corpora [W03-0310]Callison-Burch, Chris,Osborne, Miles, Bootstrapping Parallel Corpora [H94-1028]Berger, Adam L.,Brown, Peter F.,Della Pietra, Stephen A.,Della Pietra, Vincent J.,Gillett, John R.,Lafferty, John D.,Mercer, Robert L.,Printz, Harry,Ures, Lubos, The Candide System For Machine Translation [P91-1020]Japkowicz, Nathalie,Wiebe, Janyce M., A System For Translating Locative Prepositions From English Into French [J97-4001]Divay, Michel,Vitale, Anthony J., Algorithms For Grapheme-Phoneme Translation For English And French: Applications For Database Searches And Speech Synthesis [J03-3003]Kraaij, Wessel,Nie, Jian-Yun,Simard, Michel, Embedding Web-Based Statistical Translation Models In Cross-Language Information Retrieval [W93-0301]Dagan, Ido,Church, Kenneth Ward,Gale, William A., Robust Bilingual Word Alignment For Machine Aided Translation [J93-1004]Gale, William A.,Church, Kenneth Ward, A Program For Aligning Sentences In Bilingual Corpora dependency parsing [J03-4001]Oflazer, Kemal, Dependency Parsing With An Extended Finite-State Approach [W98-0502]Lombardo, Vincenzo,Lesmo, Leonardo, Unit Coordination And Gapping In Dependency Theory [P07-1079]Sagae, Kenji,Miyao, Yusuke,Tsujii, Jun'ichi, HPSG Parsing with Shallow Dependency Constraints [P07-1021]Kuhlmann, Marco,Mohl, Mathias, Mildly Context-Sensitive Dependency Languages [D07-1013]McDonald, Ryan,Nivre, Joakim, Characterizing the Errors of Data-Driven Dependency Parsing Models [P06-1022]Ohno, Tomohiro,Matsubara, Shigeki,Kashioka, Hideki,Maruyama, Takehiko,Inagaki, Yasuyoshi, Dependency Parsing Of Japanese Spoken Monologue Based On Clause Boundaries [W07-2216]McDonald, Ryan,Satta, Giorgio, On the Complexity of Non-Projective Data-Driven Dependency Parsing [P07-1024]Gildea, Daniel,Temperley, David, Optimizing Grammars for Minimum Dependency Length [W05-1505]Hall, Keith B.,Novak, Vaclav, Corrective Modeling For Non-Projective Dependency Parsing [C04-1159]Shitaoka, Kazuya,Uchimoto, Kiyotaka,Kawahara, Tatsuya,Isahara, Hitoshi, Dependency Structure Analysis And Sentence Boundary Detection In Spontaneous Japanese

translation

[J03-3004]Way, Andy,Gough, Nano, WEBMT: Developing And Validating An Example-Based Machine Translation System Using The World Wide Web
[J03-3003]Kraaij, Wessel,Nie, Jian-Yun,Simard, Michel, Embedding Web-Based Statistical Translation Models In Cross-Language Information Retrieval
[J03-1005]Tillmann, Christoph,Ney, Hermann, Word Reordering And A Dynamic Programming Beam Search Algorithm For Statistical Machine Translation
[P84-1116]Slocum, Jonathan, Machine Translation: Its History Current Status And Future Prospects
[J85-1001]Slocum, Jonathan, A Survey Of Machine Translation: Its History Current Status And Future Prospects
[W06-0801]Purwarianti, Ayu,Tsuchiya, Masatoshi,Nakagawa, Seiichi, Indonesian-Japanese CLIR Using Only Limited Resource
[C02-1158]Echizen-Ya, Hiroshi,Araki, Kenji,Momouchi, Yoshio,Tochinai, Koji, Study Of Practical Effectiveness For Machine Translation Using Recursive Chain-Link-Type Learning
[J04-4002]Och, Franz Josef,Ney, Hermann, The Alignment Template Approach To Statistical Machine Translation
[D07-1105]Macherey, Wolfgang,Och, Franz Josef, An Empirical Study on Computing Consensus Translations from Multiple Machine Translation Systems
[P04-1022]Lu, Yajuan,Zhou, Ming, Collocation Translation Acquisition Using Monolingual Corpora

Bleu

Treebank

summarization

graph

pagerank

Entropy

alignment

french

dependency parsing