Our system is based on an amortised complexity analysis: the data is arbitrarily assigned a potential related to its size and layout; allocations must be ”payed ...
We present a type system for a compile-time analysis of heap-space requirements of Java style object-oriented programs with explicit deallocation.
Our system is based on an amortised complexity analysis: the data is arbitrarily assigned a potential related to its size and layout; allocations must be "payed ...
Our system is based on an amortised complexity analysis: the data is arbitrarily assigned a potential related to its size and layout; allocations must be ...
We present a type system for a compile-time analysis of heap-space requirements of Java style object-oriented programs with explicit deallocation.
We present a type system for a compile-time analysis of heap-space requirements of Java style object-oriented programs with explicit deallocation.
We present a fully automatic, sound and modular heap-space analysis for object-oriented programs. In particular, we provide type inference for the system of ...
The goal of the analysis is to predict a bound on the initial size that the freelist must have so that a given program may be executed without causing.
Hofmann and Jost have developed an automated static analysis for finding linear heap space bounds in terms of the input size for programs in a simple functional ...
Missing: Amortised | Show results with:Amortised
We have been developing the annotated type system based on amortization. The first results look very promising. The system seems to be a good tool for type-.
Missing: Amortised | Show results with:Amortised