| other,2-5-E93-1043,ak | not to be stored explicitly . Also , <term> | words | </term> formed ad-hoc can be recognized correctly | #25302 Also,words formed ad-hoc can be recognized correctly. | |
| other,0-3-E93-1043,ak | <term> hierarchical lexicon </term> . <term> | Polymorphemic stems | </term> not explicitly stored in the <term> | #25262 The system combines an extended two-level morphology \[Trost, 1991a; Trost, 1991b\] with a feature-based word grammar building on a hierarchical lexicon.Polymorphemic stems not explicitly stored in the lexicon are given a compositional interpretation. | |
| other,17-1-E93-1043,ak | automatically interpret ( and generate ) <term> | derived words | </term> is presented . The system combines | #25228 In this paper a morphological component with a limited capability to automatically interpret (and generate)derived words is presented. | |
| lr,26-2-E93-1043,ak | feature-based word grammar </term> building on a <term> | hierarchical lexicon | </term> . <term> Polymorphemic stems </term> | #25259 The system combines an extended two-level morphology \[Trost, 1991a; Trost, 1991b\] with a feature-based word grammar building on ahierarchical lexicon. | |
| tech,4-1-E93-1043,ak | phenomena </term> . In this paper a <term> | morphological component | </term> with a limited capability to automatically | #25215 In this paper amorphological component with a limited capability to automatically interpret (and generate) derived words is presented. | |
| lr,20-2-E93-1043,ak | , 1991a ; Trost , 1991b \ ] with a <term> | feature-based word grammar | </term> building on a <term> hierarchical lexicon | #25253 The system combines an extended two-level morphology \[Trost, 1991a; Trost, 1991b\] with afeature-based word grammar building on a hierarchical lexicon. | |
| lr,4-2-E93-1043,ak | presented . The system combines an <term> | extended two-level morphology | </term> \ [ Trost , 1991a ; Trost , 1991b | #25237 The system combines anextended two-level morphology \[Trost, 1991a; Trost, 1991b\] with a feature-based word grammar building on a hierarchical lexicon. | |
| other,12-4-E93-1043,ak | </term> in the <term> lexicon </term> because <term> | derived words | </term> that are transparent need not to | #25288 That way the system allows to minimize redundancy in the lexicon becausederived words that are transparent need not to be stored explicitly. | |
| other,14-6-E93-1043,ak | and has been tested on examples from <term> | German derivation | </term> . Two themes have evolved in <term> | #25324 The system is implemented in Common Lisp and has been tested on examples fromGerman derivation. | |
| other,5-6-E93-1043,ak | correctly . The system is implemented in <term> | Common Lisp | </term> and has been tested on examples from | #25315 The system is implemented inCommon Lisp and has been tested on examples from German derivation. | |
| other,7-4-E93-1043,ak | way the system allows to minimize <term> | redundancy | </term> in the <term> lexicon </term> because | #25283 That way the system allows to minimizeredundancy in the lexicon because derived words that are transparent need not to be stored explicitly. | |
| lr,10-4-E93-1043,ak | minimize <term> redundancy </term> in the <term> | lexicon | </term> because <term> derived words </term> | #25286 That way the system allows to minimize redundancy in thelexicon because derived words that are transparent need not to be stored explicitly. | |
| lr,7-3-E93-1043,ak | </term> not explicitly stored in the <term> | lexicon | </term> are given a compositional interpretation | #25269 Polymorphemic stems not explicitly stored in thelexicon are given a compositional interpretation. |
