| measure(ment),11-4-N03-2017,ak | The results show that it can provide a significant improvement in <term> alignment quality </term> . | #3283 The results show that it can provide a significant improvement inalignment quality. | |
| model,12-1-N03-2017,ak | We present a <term> syntax-based constraint </term> for <term> word alignment </term> , known as the <term> cohesion constraint </term> . | #3241 We present a syntax-based constraint for word alignment, known as thecohesion constraint. | |
| model,3-1-N03-2017,ak | We present a <term> syntax-based constraint </term> for <term> word alignment </term> , known as the <term> cohesion constraint </term> . | #3232 We present asyntax-based constraint for word alignment, known as the cohesion constraint. | |
| model,6-3-N03-2017,ak | We evaluate the utility of this <term> constraint </term> in two different <term> algorithms </term> . | #3266 We evaluate the utility of thisconstraint in two different algorithms. | |
| other,13-2-N03-2017,ak | It requires disjoint <term> English phrases </term> to be mapped to non-overlapping intervals in the <term> French sentence </term> . | #3257 It requires disjoint English phrases to be mapped to non-overlapping intervals in theFrench sentence. | |
| other,3-2-N03-2017,ak | It requires disjoint <term> English phrases </term> to be mapped to non-overlapping intervals in the <term> French sentence </term> . | #3247 It requires disjointEnglish phrases to be mapped to non-overlapping intervals in the French sentence. | |
| tech,10-3-N03-2017,ak | We evaluate the utility of this <term> constraint </term> in two different <term> algorithms </term> . | #3270 We evaluate the utility of this constraint in two differentalgorithms. | |
| tech,6-1-N03-2017,ak | We present a <term> syntax-based constraint </term> for <term> word alignment </term> , known as the <term> cohesion constraint </term> . | #3235 We present a syntax-based constraint forword alignment, known as the cohesion constraint. |
