Add to ORKGIn this paper we consider a functional language with recursively defined types and a weak form of polymorphism. For this language strictness analysis is developed, based on abstract interpretation in a category of complete algebraic lattices
AbstractFilter domains (Coppo et al.,1984) can be seen as abstract domains for the interpretation of...
We extend an existing first-order typing system for strictness analysis to the fully higher-order ca...
AbstractThe method of logical relations assigns a relational interpretation to types that expresses ...
In this paper we consider a functional language with recursively defined types and a weak form of p...
AbstractIn this paper we consider a functional language with recursively defined types and a weak fo...
In this paper we consider a functional language with recursively delined types and a weak form of po...
In this paper we consider a functional language with recursively delined types and a weak form of po...
In this paper we consider a functional language with recursively delined types and a weak form of po...
In this paper we consider a functional language with recursively delined types and a weak form of po...
In this paper we consider a functional language with recursively delined types and a weak form of po...
AbstractIn this paper we consider a functional language with recursively defined types and a weak fo...
In this paper we define the functional language POLYREC with polymorphic and recursive types, and d...
this paper, that results from this kind of analysis are, in a sense, polymorphic. This confirms an e...
AbstractFilter domains (Coppo et al.,1984) can be seen as abstract domains for the interpretation of...
AbstractWe consider a type system where types are labeled, regular trees. Equipped with a type order...
AbstractFilter domains (Coppo et al.,1984) can be seen as abstract domains for the interpretation of...
We extend an existing first-order typing system for strictness analysis to the fully higher-order ca...
AbstractThe method of logical relations assigns a relational interpretation to types that expresses ...
In this paper we consider a functional language with recursively defined types and a weak form of p...
AbstractIn this paper we consider a functional language with recursively defined types and a weak fo...
In this paper we consider a functional language with recursively delined types and a weak form of po...
In this paper we consider a functional language with recursively delined types and a weak form of po...
In this paper we consider a functional language with recursively delined types and a weak form of po...
In this paper we consider a functional language with recursively delined types and a weak form of po...
In this paper we consider a functional language with recursively delined types and a weak form of po...
AbstractIn this paper we consider a functional language with recursively defined types and a weak fo...
In this paper we define the functional language POLYREC with polymorphic and recursive types, and d...
this paper, that results from this kind of analysis are, in a sense, polymorphic. This confirms an e...
AbstractFilter domains (Coppo et al.,1984) can be seen as abstract domains for the interpretation of...
AbstractWe consider a type system where types are labeled, regular trees. Equipped with a type order...
AbstractFilter domains (Coppo et al.,1984) can be seen as abstract domains for the interpretation of...
We extend an existing first-order typing system for strictness analysis to the fully higher-order ca...
AbstractThe method of logical relations assigns a relational interpretation to types that expresses ...