| model,17-2-P80-1004,ak | the existence of a small number of <term> | generalized metaphor mappings | </term> . Each <term> generalized metaphor </term> | #13409 This paper discusses a method of analyzing metaphors based on the existence of a small number ofgeneralized metaphor mappings. | |
| other,7-4-P80-1004,ak | is argued that the method reduces <term> | metaphor interpretation | </term> from a reconstruction to a <term> recognition | #13442 It is argued that the method reducesmetaphor interpretation from a reconstruction to a recognition task. | |
| other,14-4-P80-1004,ak | interpretation </term> from a reconstruction to a <term> | recognition task | </term> . Implications towards automating | #13449 It is argued that the method reduces metaphor interpretation from a reconstruction to arecognition task. | |
| other,6-5-P80-1004,ak | towards automating certain aspects of <term> | language learning | </term> are also discussed . Current <term> | #13458 Implications towards automating certain aspects oflanguage learning are also discussed. | |
| other,0-1-P80-1004,ak | <term> task-oriented dialogs </term> . <term> | Interpreting metaphors | </term> is an integral and inescapable process | #13377 A standard ATN should be further developed in order to account for the verbal interactions of task-oriented dialogs.Interpreting metaphors is an integral and inescapable process in human understanding of natural language. | |
| other,1-3-P80-1004,ak | generalized metaphor mappings </term> . Each <term> | generalized metaphor | </term> contains a <term> recognition network | #13414 Eachgeneralized metaphor contains a recognition network, a basic mapping, additional transfer mappings, and an implicit intention component. | |
| other,12-1-P80-1004,ak | <term> human understanding </term> of <term> | natural language | </term> . This paper discusses a method of | #13389 Interpreting metaphors is an integral and inescapable process in human understanding ofnatural language. | |
| other,9-1-P80-1004,ak | integral and inescapable process in <term> | human understanding | </term> of <term> natural language </term> . | #13386 Interpreting metaphors is an integral and inescapable process inhuman understanding of natural language. | |
| model,5-3-P80-1004,ak | generalized metaphor </term> contains a <term> | recognition network | </term> , a <term> basic mapping </term> , additional | #13418 Each generalized metaphor contains arecognition network, a basic mapping, additional transfer mappings, and an implicit intention component. | |
| other,18-3-P80-1004,ak | <term> transfer mappings </term> , and an <term> | implicit intention component | </term> . It is argued that the method reduces | #13431 Each generalized metaphor contains a recognition network, a basic mapping, additional transfer mappings, and animplicit intention component. | |
| other,7-2-P80-1004,ak | paper discusses a method of analyzing <term> | metaphors | </term> based on the existence of a small | #13399 This paper discusses a method of analyzingmetaphors based on the existence of a small number of generalized metaphor mappings. | |
| model,9-3-P80-1004,ak | <term> recognition network </term> , a <term> | basic mapping | </term> , additional <term> transfer mappings | #13422 Each generalized metaphor contains a recognition network, abasic mapping, additional transfer mappings, and an implicit intention component. | |
| model,13-3-P80-1004,ak | <term> basic mapping </term> , additional <term> | transfer mappings | </term> , and an <term> implicit intention | #13426 Each generalized metaphor contains a recognition network, a basic mapping, additionaltransfer mappings, and an implicit intention component. |
