tech,6-2-C94-1080,bq The model is based on full <term> lexicalization </term> , <term> head-orientation </term> via <term> valency constraints </term> and <term> dependency relations </term> , <term> inheritance </term> as a means for non-redundant <term> lexicon specification </term> , and <term> concurrency of computation </term> .
tech,8-2-C94-1080,bq The model is based on full <term> lexicalization </term> , <term> head-orientation </term> via <term> valency constraints </term> and <term> dependency relations </term> , <term> inheritance </term> as a means for non-redundant <term> lexicon specification </term> , and <term> concurrency of computation </term> .
tech,16-2-C94-1080,bq The model is based on full <term> lexicalization </term> , <term> head-orientation </term> via <term> valency constraints </term> and <term> dependency relations </term> , <term> inheritance </term> as a means for non-redundant <term> lexicon specification </term> , and <term> concurrency of computation </term> .
tech,10-3-C94-1080,bq The <term> computation model </term> relies upon the <term> actor paradigm </term> , with <term> concurrency </term> entering through <term> asynchronous message passing </term> between <term> actors </term> .
tech,21-4-C94-1080,bq In particular , we here elaborate on principles of how the <term> global behavior </term> of a <term> lexically distributed grammar </term> and its corresponding <term> parser </term> can be specified in terms of <term> event type networks </term> and <term> event networks </term> , resp .
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