| P82-1014 | translation with the verb by using | Cooper storage | . A translation with a stored |
| J03-1004 | computational work to extend a pure | Cooper storage | approach to handle scope prediction |
| C92-1048 | storage mechanism is based on | Cooper storage | \ -LSB- 3 \ -RSB- , which was |
| J90-4002 | requires an extension of standard | Cooper storage | . When the quantifier store of |
| J87-1005 | the standard account of the " | Cooper storage | " mechanism for generating quantifier |
| J03-1004 | persons y , x saw y ' ) . In the | Cooper storage | approach , quantifiers are gathered |
| P82-1014 | single logic expression ( modulo | Cooper Storage | ) , rather than any program or |
| P88-1010 | the compositional mechanism of | Cooper storage | -LSB- 6 -RSB- , or of its computational |
| J90-1001 | quantifying-in in Montague grammar , | Cooper storage | , or quantifier raising in transformational |
| J87-3010 | explanation rests on the same device ( | Cooper storage | ) underlying both processes . |
| P82-1014 | use of a procedure that we call | Cooper storage | ( after Robin Cooper ; see below |
| J13-2005 | Montague 's ( 1973 ) quantifying in , | Cooper storage | ( Cooper 1975 ) , and Carpenter |
| C92-1037 | that some mechanism such as " | Cooper storage | n \ -LSB- Cooper 1983 , Keller |
| P89-1002 | logical forms by using a version of | Cooper storage | ( Cooper , 1983 ) . We give an |
| J90-1001 | with quantified noun phrases . | Cooper storage | was in part developed to cure |
| J03-1004 | techniques of quantifier raising and | Cooper storage | have been concerned mainly with |
| J03-1004 | structural approaches , QR and | Cooper storage | , have in common that they allow |
| J03-1004 | represented in Figure 2 , the | Cooper storage | analog of Figure 1 . These structural |
| E91-1009 | Quantifier Raising : May 1985 , | Cooper Storage | : Cooper 1983 ) . Scope variation |
| J13-2005 | scopings , a well-known issue with | Cooper storage | that the continuation-based approach |
