Exact Decoding of Syntactic Translation Models through Lagrangian Relaxation

by Unknown Authors

Active Bibliography

10 Exact Decoding of Syntactic Translation Models through Lagrangian Relaxation – Alexander M. Rush, Michael Collins
48 On Dual Decomposition and Linear Programming Relaxations for Natural Language Processing – Alexander M. Rush, David Sontag, Michael Collins, Tommi Jaakkola - 2010
5 A Tutorial on Dual Decomposition and Lagrangian Relaxation for Inference in Natural Language Processing – Alexander M. Rush, Michael Collins, Pack Kaelbling
Optimal Beam Search for Machine Translation – Alexander M. Rush, Yin-wen Chang, Michael Collins
6 Hierarchical Phrase-Based Translation Representations – Gonzalo Iglesias, Cyril Allauzen, William Byrne, AdriĆ  Gispert, Michael Riley
Dual Decomposition with Many Overlapping Components – unknown authors
Dual Decomposition with Many Overlapping Components – unknown authors
Dual Decomposition with Many Overlapping Components – unknown authors
8 Consensus training for consensus decoding in machine translation – Adam Pauls, John Denero, Dan Klein - 2009
9 Efficient Parsing for Transducer Grammars – John Denero, Mohit Bansal, Adam Pauls, Dan Klein
In Language and Information Technologies – Kenneth Heafield - 2013
8 Quadratic-Time Dependency Parsing for Machine Translation – Michel Galley, Christopher D. Manning
Tighter Linear Program Relaxations for High Order Graphical Models – Elad Mezuman, Daniel Tarlow, Amir Globerson, Yair Weiss
An Efficient Message-Passing Algorithm for the M-Best MAP Problem – Dhruv Batra
16 Exact Decoding of Phrase-based Translation Models through Lagrangian Relaxation – Yin-wen Chang, Michael Collins - 2011
Exact Decoding of Phrase-Based Translation Models through Lagrangian Relaxation – unknown authors
17 A Comparison of Loopy Belief Propagation and Dual Decomposition for Integrated CCG Supertagging and Parsing – Michael Auli, Adam Lopez
2 Constituency to Dependency Translation with Forests – Haitao Mi, Qun Liu
Globally Convergent Dual MAP LP Relaxation Solvers using Fenchel-Young Margins – Alexander G. Schwing, Tamir Hazan, Marc Pollefeys, Raquel Urtasun