We develop a series of calculi that are just low-level enough that we can express allocation and garbage collection, yet are sufficiently abstract that we may formally prove the correctness of various memory management strategies. By making the heap of a program syntactically apparent, we can specify memory actions as rewriting rules that allocate values on the heap and automatically dereference pointers to such objects when needed. This formulation permits the specification of garbage collection as a relation that removes portions of the heap without affecting the outcome of the evaluation
Real-world garbage collectors in managed languages are complex. We investigate whether this complexi...
Garbage collection is the automatic management of dynamically allocated storage. In other words, it...
Memory management is a critical issue for many large object-oriented applications, but in C++ only e...
Automatic finalization is a common but inherently complex language facility that makes the garbage c...
A non-algorithmic approach to garbage collection for the WAM heap is developed. A set of garbage c...
tions expressed in this material are those of the authors and do not necessarily reflect the views o...
We propose a type-directed garbage collection (GC) scheme for a programming language with static mem...
International audienceWe present SL⋄, a Separation Logic that allows controlling the heap space cons...
AbstractIt is generally thought that reasoning about programs in memory safe, garbage collected lang...
Automatic garbage collection relieves programmers from the burden of managing memory themselves and ...
In the heap model in which garbage collectors usually operate, the heap is an array of cells. Each c...
Logic programming systems build the terms on the heap. Then automatic memory management for the heap...
Existing techniques for garbage collection and machine code optimizations can interfere with each ot...
Generational techniques have been very successful in reducing the impact of garbage collection algor...
We present a static analysis that estimates reusable memory cells and a source-level transformation ...
Real-world garbage collectors in managed languages are complex. We investigate whether this complexi...
Garbage collection is the automatic management of dynamically allocated storage. In other words, it...
Memory management is a critical issue for many large object-oriented applications, but in C++ only e...
Automatic finalization is a common but inherently complex language facility that makes the garbage c...
A non-algorithmic approach to garbage collection for the WAM heap is developed. A set of garbage c...
tions expressed in this material are those of the authors and do not necessarily reflect the views o...
We propose a type-directed garbage collection (GC) scheme for a programming language with static mem...
International audienceWe present SL⋄, a Separation Logic that allows controlling the heap space cons...
AbstractIt is generally thought that reasoning about programs in memory safe, garbage collected lang...
Automatic garbage collection relieves programmers from the burden of managing memory themselves and ...
In the heap model in which garbage collectors usually operate, the heap is an array of cells. Each c...
Logic programming systems build the terms on the heap. Then automatic memory management for the heap...
Existing techniques for garbage collection and machine code optimizations can interfere with each ot...
Generational techniques have been very successful in reducing the impact of garbage collection algor...
We present a static analysis that estimates reusable memory cells and a source-level transformation ...
Real-world garbage collectors in managed languages are complex. We investigate whether this complexi...
Garbage collection is the automatic management of dynamically allocated storage. In other words, it...
Memory management is a critical issue for many large object-oriented applications, but in C++ only e...