International audienceWe study how the adoption of an evaluation mechanism with sharing and memoization impacts the class of functions which can be computed in polynomial time. We first show how a natural cost model in which lookup for an already computed value has no cost is indeed invariant. As a corollary, we then prove that the most general notion of ramified recurrence is sound for polynomial time, this way settling an open problem in implicit computational complexity
none3Leivant's ramified recurrence is one of the earliest examples of an implicit characterization o...
The outcomes of this article are twofold. Implicit complexity. We provide an implicit characteriz...
Leivant's ramified recurrence is one of the earliest examples of an implicit characterization of the...
International audienceWe study how the adoption of an evaluation mechanism with sharing and memoizat...
We study how the adoption of an evaluation mechanism with sharing and memoization impacts the class ...
International audienceWe study how the adoption of an evaluation mechanism with sharing and memoizat...
International audienceWe study how the adoption of an evaluation mechanism with sharing and memoizat...
none2siWe study how the adoption of an evaluation mechanism with sharing and memoization impacts the...
We study how the adoption of an evaluation mechanism with sharing and memoization impacts the class ...
We study how the adoption of an evaluation mechanism with sharing and memoization impacts the class ...
International audienceWe study how the adoption of an evaluation mechanism with sharing and memoizat...
none3Leivant's ramified recurrence is one of the earliest examples of an implicit characterization o...
Leivant's ramified recurrence is one of the earliest examples of an implicit characterization of the...
We provide several machine-independent characterizations of deterministic complexity classes in the ...
AbstractWe provide machine-independent characterizations of some complexity classes, over an arbitra...
none3Leivant's ramified recurrence is one of the earliest examples of an implicit characterization o...
The outcomes of this article are twofold. Implicit complexity. We provide an implicit characteriz...
Leivant's ramified recurrence is one of the earliest examples of an implicit characterization of the...
International audienceWe study how the adoption of an evaluation mechanism with sharing and memoizat...
We study how the adoption of an evaluation mechanism with sharing and memoization impacts the class ...
International audienceWe study how the adoption of an evaluation mechanism with sharing and memoizat...
International audienceWe study how the adoption of an evaluation mechanism with sharing and memoizat...
none2siWe study how the adoption of an evaluation mechanism with sharing and memoization impacts the...
We study how the adoption of an evaluation mechanism with sharing and memoization impacts the class ...
We study how the adoption of an evaluation mechanism with sharing and memoization impacts the class ...
International audienceWe study how the adoption of an evaluation mechanism with sharing and memoizat...
none3Leivant's ramified recurrence is one of the earliest examples of an implicit characterization o...
Leivant's ramified recurrence is one of the earliest examples of an implicit characterization of the...
We provide several machine-independent characterizations of deterministic complexity classes in the ...
AbstractWe provide machine-independent characterizations of some complexity classes, over an arbitra...
none3Leivant's ramified recurrence is one of the earliest examples of an implicit characterization o...
The outcomes of this article are twofold. Implicit complexity. We provide an implicit characteriz...
Leivant's ramified recurrence is one of the earliest examples of an implicit characterization of the...