| A.Pitts: Polymorphism is Set theoretic, constructively, Symposium on Category Theory and Comp. Sci., SLNCS 283 (Pitts et al. eds.), Edinburgh. Page 51 |
....(see below for the cartesian closure) The embedding D above preserves exponents and limits. Moreover, one may embed w Set into Eff by a functor which preserves limits and the lCCC structure. By this, the present approach applies in a simple set theoretic framework the results in [Hyland 87] Pitts 87] Hyland Pitts 87] Carboni Freyd Scedrov 87] and [Bainbridge Freyd Scedrov Scott 87] The general treatment of models, as internal categories of categories with finite limits, which was suggested by Moggi, is given in [Asperti Martini 89] and [Asperti Longo 90] The elegant presentation in ....
....cartesian closure) The embedding D above preserves exponents and limits. Moreover, one may embed w Set into Eff by a functor which preserves limits and the lCCC structure. By this, the present approach applies in a simple set theoretic framework the results in [Hyland 87] Pitts 87] Hyland Pitts 87] Carboni Freyd Scedrov 87] and [Bainbridge Freyd Scedrov Scott 87] The general treatment of models, as internal categories of categories with finite limits, which was suggested by Moggi, is given in [Asperti Martini 89] and [Asperti Longo 90] The elegant presentation in [Meseguer 88] ....
A.Pitts: Polymorphism is Set theoretic, constructively, Symposium on Category Theory and Comp. Sci., SLNCS 283 (Pitts et al. eds.), Edinburgh. Page 51
....for the cartesian closure) The embedding D above preserves exponents and limits. Moreover, one may embed w Set into Eff by a functor which preserves limits and the lCCC structure. Page 25 By this, the present approach applies in a simple set theoretic framework the results in [Hyland 87] Pitts 87] Hyland Pitts 87] Carboni Freyd Scedrov 87] and [Bainbridge Freyd Scedrov Scott 87] The general treatment of models, as internal categories of categories with finite limits, which was suggested by Moggi, is given in [Asperti Martini 89] and [Asperti Longo 90] The elegant presentation in ....
....closure) The embedding D above preserves exponents and limits. Moreover, one may embed w Set into Eff by a functor which preserves limits and the lCCC structure. Page 25 By this, the present approach applies in a simple set theoretic framework the results in [Hyland 87] Pitts 87] Hyland Pitts 87] Carboni Freyd Scedrov 87] and [Bainbridge Freyd Scedrov Scott 87] The general treatment of models, as internal categories of categories with finite limits, which was suggested by Moggi, is given in [Asperti Martini 89] and [Asperti Longo 90] The elegant presentation in [Meseguer 88] ....
A.Pitts: Polymorphism is Set theoretic, constructively, Symposium on Category Theory and Comp. Sci., SLNCS 283 (Pitts et al. eds.), Edinburgh.
....(see below for the cartesian closure) The embedding D above preserves exponents and limits. Moreover, one may embed w Set into Eff by a functor which preserves limits and the lCCC structure. By this, the present approach applies in a simple set theoretic framework the results in [Hyland 87] Pitts 87] Hyland Pitts 87] Carboni Freyd Scedrov 87] and [Bainbridge Freyd Scedrov Scott 87] The general treatment of models, as internal categories of categories with finite limits, which was suggested by Moggi, is given in [Asperti Martini 89] and [Asperti Longo 90] The elegant presentation in ....
....cartesian closure) The embedding D above preserves exponents and limits. Moreover, one may embed w Set into Eff by a functor which preserves limits and the lCCC structure. By this, the present approach applies in a simple set theoretic framework the results in [Hyland 87] Pitts 87] Hyland Pitts 87] Carboni Freyd Scedrov 87] and [Bainbridge Freyd Scedrov Scott 87] The general treatment of models, as internal categories of categories with finite limits, which was suggested by Moggi, is given in [Asperti Martini 89] and [Asperti Longo 90] The elegant presentation in [Meseguer 88] ....
A.Pitts: Polymorphism is Set theoretic, constructively, Symposium on Category Theory and Comp. Sci., SLNCS 283 (Pitts et al. eds.), Edinburgh.
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