• No results found

Cross language Projection of Dependency Trees with Constrained Partial Parsing for Tree to Tree Machine Translation

N/A
N/A
Protected

Academic year: 2020

Share "Cross language Projection of Dependency Trees with Constrained Partial Parsing for Tree to Tree Machine Translation"

Copied!
11
0
0

Loading.... (view fulltext now)

Full text

Loading

Figure

Figure 1 shows an overview of the KyotoEBMT
Fig. 2: A motivated example that shows a word aligned Japanese-Chinese parse tree pair, where the solid!black boxes show the word alignments.
Table 1 shows the results, where KyotoEBMT isthe baseline system that used the Chinese parsersignificance tests were performed using the boot-trained on CTB5; Baseline partial parsing de-notes the projection systems that used the Chi-nese parser trained on
Fig. 4: An improved example of Zh-to-Ja translation (The subtrees in corresponding IDs/colors in theinput and output dependency trees show the translation examples being used during translation).

References

Related documents

We analyze our approach in an anno- tation projection framework for dependency trees, and show how dependency parsers from two different paradigms (graph-based and transition-based)

We propose an automatic cross-lingual similariza- tion algorithm for dependency grammars, design an automatic evaluation metric to measure the cross- lingual similarity

We demonstrate these properties and the merit of the alignment-based pars- ing approach by implementing several dependency parsing algorithms based on the IBM alignment models

DTED: Evaluation of Machine Translation Structure Using Dependency Parsing and Tree Edit Distance.. Martin McCaffery School of

In this paper, we present an approach as pre-processing step based on a dependency parser in phrase-based statistical machine translation (SMT) to learn automatic and