Sixth International Conference on Spoken Language Processing
(ICSLP 2000)

Beijing, China
October 16-20, 2000

Practical Spoken Language Translation Using Compiled Feature Structure Grammars

Lei Duan, Alexander Franz, Keiko Horiguchi

Spoken Language Technology, Sony US Research Laboratories

Practical work on spoken language translation must pursue two types of efficiency: computational efficiency, and "language engineering" efficiency. This paper describes the design, implementation, and evaluation of the GPL-based framework for spoken language translation that addresses both of these goals. In this framework, computational grammars are written in GPL, an easy-to-use imperative programming language that allows the direct expression of linguistic algorithms in terms of rewrite-grammars with feature structure tests and manipulations. Computational efficiency is achieved with the GPL compiler, which converts GPL grammars into efficient C routines, and with the GPL runtime environment, which provides services for linguistic representations, manipulation, and memory management. An evaluation of an English-Japanese spoken language translation system based on GPL shows that it is linguistically powerful, yet only requires reasonable computational resources.


Full Paper

Bibliographic reference.  Duan, Lei / Franz, Alexander / Horiguchi, Keiko (2000): "Practical spoken language translation using compiled feature structure grammars", In ICSLP-2000, vol.2, 146-149.