| Thomas Ehrhard and Loic Colson. On strong stability and higher-order sequentiality. In Proc. 9th Symp. Logic in Comp. Sci. (LICS), Paris, France, pages 103--109. IEEE, 1994. |
....use of recursion theory and does not obviously carry over to the case of polynomial time. We do not know whether the topology on Pused in Section 5 is the canonical one. We further report that a construction similar to the hereditarily polynomial functionals has been used by Ehrhard and Colson [5] to extend another first order notion (Vuillemin Milner sequentiality) to higher types. The present work should be distinguished from Otto s work [14] where categorytheoretic methods are used to analyse the syntax rather than the semantics of function algebras for complexity classes. ....
Thomas Ehrhard and Loic Colson. On strong stability and higher-order sequentiality. In Proc. 9th Symp. Logic in Comp. Sci. (LICS), Paris, France, pages 103--109. IEEE, 1994.
....jAj G(X) such that whenever u 2 C (Y; X) and a 2 AX then a ffi G(u) 2 A Y . A morphism between two such objects A and B is a function f : jAj jBj such that for each a 2 AX we have f ffi a 2 BX . These objects form a category equivalent to Ext(C ) This category has also been introduced in [12] and implicitly in [36] We have now assembled enough technical machinery to give a semantic proof of Theorem 2.5.1 2.6.10.6 Interpretation of PV in b P We interpret the base type as the representable presheaf N = Y(1) Function types are interpreted as the corresponding function spaces in ....
Thomas Ehrhard and Loic Colson. On strong stability and higher-order sequentiality. In Proc. 9th Symp. Logic in Comp. Sci. (LICS), Paris, France, pages 103--109. IEEE, 1994.
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