| tech,17-5-E93-1013,ak | In contrast to compositional approaches , we present a deductive approach to assembling <term> meanings </term> , based on <term> reasoning with constraints </term> , which meshes well with the unordered nature of <term> information </term> in the <term> functional structure </term> . | #24869 In contrast to compositional approaches, we present a deductive approach to assembling meanings, based onreasoning with constraints, which meshes well with the unordered nature of information in the functional structure. | |
| other,29-5-E93-1013,ak | In contrast to compositional approaches , we present a deductive approach to assembling <term> meanings </term> , based on <term> reasoning with constraints </term> , which meshes well with the unordered nature of <term> information </term> in the <term> functional structure </term> . | #24881 In contrast to compositional approaches, we present a deductive approach to assembling meanings, based on reasoning with constraints, which meshes well with the unordered nature ofinformation in the functional structure. | |
| other,32-5-E93-1013,ak | In contrast to compositional approaches , we present a deductive approach to assembling <term> meanings </term> , based on <term> reasoning with constraints </term> , which meshes well with the unordered nature of <term> information </term> in the <term> functional structure </term> . | #24884 In contrast to compositional approaches, we present a deductive approach to assembling meanings, based on reasoning with constraints, which meshes well with the unordered nature of information in thefunctional structure. | |
| tech,3-6-E93-1013,ak | Our use of <term> linear logic </term> as a ' glue ' for assembling <term> meanings </term> also allows for a coherent treatment of <term> modification </term> as well as of the LFG requirements of <term> completeness </term> and <term> coherence </term> . | #24890 Our use oflinear logic as a 'glue' for assembling meanings also allows for a coherent treatment of modification as well as of the LFG requirements of completeness and coherence. | |
| other,12-6-E93-1013,ak | Our use of <term> linear logic </term> as a ' glue ' for assembling <term> meanings </term> also allows for a coherent treatment of <term> modification </term> as well as of the LFG requirements of <term> completeness </term> and <term> coherence </term> . | #24899 Our use of linear logic as a 'glue' for assemblingmeanings also allows for a coherent treatment of modification as well as of the LFG requirements of completeness and coherence. | |
| other,20-6-E93-1013,ak | Our use of <term> linear logic </term> as a ' glue ' for assembling <term> meanings </term> also allows for a coherent treatment of <term> modification </term> as well as of the LFG requirements of <term> completeness </term> and <term> coherence </term> . | #24907 Our use of linear logic as a 'glue' for assembling meanings also allows for a coherent treatment ofmodification as well as of the LFG requirements of completeness and coherence. | |
| other,29-6-E93-1013,ak | Our use of <term> linear logic </term> as a ' glue ' for assembling <term> meanings </term> also allows for a coherent treatment of <term> modification </term> as well as of the LFG requirements of <term> completeness </term> and <term> coherence </term> . | #24916 Our use of linear logic as a 'glue' for assembling meanings also allows for a coherent treatment of modification as well as of the LFG requirements ofcompleteness and coherence. | |
| other,31-6-E93-1013,ak | Our use of <term> linear logic </term> as a ' glue ' for assembling <term> meanings </term> also allows for a coherent treatment of <term> modification </term> as well as of the LFG requirements of <term> completeness </term> and <term> coherence </term> . | #24918 Our use of linear logic as a 'glue' for assembling meanings also allows for a coherent treatment of modification as well as of the LFG requirements of completeness andcoherence. |
