| other,0-1-E85-1037,ak | The <term> system </term> identifies a <term> strength of antecedence recovery </term> for each of the <term> lexical substitutions </term> , and matches them against the <term> strength of potential antecedence </term> of each element in the <term> text </term> to select the proper <term> substitutions </term> for these elements . <term> Systemic grammar </term> has been used for <term> AI text generation work </term> in the past , but the implementations have tended be ad hoc or inefficient . | #15542 The system identifies a strength of antecedence recovery for each of the lexical substitutions, and matches them against the strength of potential antecedence of each element in the text to select the proper substitutions for these elements.Systemic grammar has been used for AI text generation work in the past, but the implementations have tended be ad hoc or inefficient. | |
| tech,6-1-E85-1037,ak | <term> Systemic grammar </term> has been used for <term> AI text generation work </term> in the past , but the implementations have tended be ad hoc or inefficient . | #15548 Systemic grammar has been used forAI text generation work in the past, but the implementations have tended be ad hoc or inefficient. | |
| tech,6-2-E85-1037,ak | This paper presents an approach to <term> systemic text generation </term> where <term> AI problem solving techniques </term> are applied directly to an unadulterated <term> systemic grammar </term> . | #15573 This paper presents an approach tosystemic text generation where AI problem solving techniques are applied directly to an unadulterated systemic grammar. | |
| tech,10-2-E85-1037,ak | This paper presents an approach to <term> systemic text generation </term> where <term> AI problem solving techniques </term> are applied directly to an unadulterated <term> systemic grammar </term> . | #15577 This paper presents an approach to systemic text generation whereAI problem solving techniques are applied directly to an unadulterated systemic grammar. | |
| lr,20-2-E85-1037,ak | This paper presents an approach to <term> systemic text generation </term> where <term> AI problem solving techniques </term> are applied directly to an unadulterated <term> systemic grammar </term> . | #15587 This paper presents an approach to systemic text generation where AI problem solving techniques are applied directly to an unadulteratedsystemic grammar. | |
| other,10-3-E85-1037,ak | This approach is made possible by a special relationship between <term> systemic grammar </term> and <term> problem solving </term> : both are organized primarily as choosing from alternatives . | #15600 This approach is made possible by a special relationship betweensystemic grammar and problem solving: both are organized primarily as choosing from alternatives. | |
| tech,13-3-E85-1037,ak | This approach is made possible by a special relationship between <term> systemic grammar </term> and <term> problem solving </term> : both are organized primarily as choosing from alternatives . | #15603 This approach is made possible by a special relationship between systemic grammar andproblem solving: both are organized primarily as choosing from alternatives. | |
| tech,6-4-E85-1037,ak | The result is simple , efficient <term> text generation </term> firmly based in a <term> linguistic theory </term> . | #15621 The result is simple, efficienttext generation firmly based in a linguistic theory. | |
| other,12-4-E85-1037,ak | The result is simple , efficient <term> text generation </term> firmly based in a <term> linguistic theory </term> . | #15627 The result is simple, efficient text generation firmly based in alinguistic theory. |
