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Applications today that serve transliteration provide only a limited number of internally supported systems. The information communities coping with toponymic issues must be able to easily add new systems to a transliteration engine, extend or update an already supported system. These additions, updates and extensions must also be readily shared within a community of interest utilizing the GIG. Ou ...

We propose to deliver a system prototype based on the Adaptive Storage Network (ASN) architecture developed in Phase 1 of the SBIR, in order to demonstrate that a fully-distributed self-organizing approach can meet the needs of scalable storage repositories for the NGA and other governmental and large-enterprise infrastructures. The goal of this project is to make data simply and transparently acc ...

This SBIR project will define a means for specifying and executing multiple transliteration systems to map written words in scripts in a variety of natural languages into Latin scripts. The work will investigate the issues behind transliteration of place names. It will define a domain-specific language, TSL, in which a transliteration system can be coded in a format easily written, understood and ...