Escape analysis of object-oriented languages determines, for every program point, the escape property E i.e., the set of the creation points of the objects reachable from some variables. An approximation of E is useful to stack allocate dynamically created objects and to reduce the overhead of synchronisation in Java-like languages. E can itself be used for escape analysis, but it is very imprecise. We define here a refinement ER of E, in the sense that ER is more concrete than E and, hence, leads to a more precise escape analysis than E
International audienceThis paper presents a compositional escape analysis (EA) adapted for use in re...
AbstractWe present an algorithm for escape analysis inspired by, but more precise than, the one prop...
Escape analysis can improve the speed and memory efficiency of garbage collected languages by alloca...
Escape analysis of object-oriented languages determines, for every program point, the creation point...
Escape analysis of object-oriented languages approximates the set of objects which do not escape fro...
Abstract This paper presents a combined pointer and escape analysis algorithm for Java programs. The...
Escape analysis is a static analysis that determines whether the lifetime of data may exceed its s...
Abstract. We present a combined class-modular points-to and class-escape analysis that allows to ana...
We suggest an escaping analysis for Java programs, to identify stack-allocatable objects. This analy...
Escape analysis is highly beneficial for optimizing object-oriented programming languages such as Ja...
Abstract. Escape analysis facilitates better optimization of programs in object-oriented programming...
Escape analysis is a static analysis that determines whether the lifetime of data may exceed its sta...
We describe an escape analysis [32, 14], used to determine whether the lifetime of data exceeds its ...
Thread escape analysis (hereafter referred to as escape analysis) determines what objects may be acc...
The use of a managed, type-safe language such as Java in real-time and embedded systems offers produ...
International audienceThis paper presents a compositional escape analysis (EA) adapted for use in re...
AbstractWe present an algorithm for escape analysis inspired by, but more precise than, the one prop...
Escape analysis can improve the speed and memory efficiency of garbage collected languages by alloca...
Escape analysis of object-oriented languages determines, for every program point, the creation point...
Escape analysis of object-oriented languages approximates the set of objects which do not escape fro...
Abstract This paper presents a combined pointer and escape analysis algorithm for Java programs. The...
Escape analysis is a static analysis that determines whether the lifetime of data may exceed its s...
Abstract. We present a combined class-modular points-to and class-escape analysis that allows to ana...
We suggest an escaping analysis for Java programs, to identify stack-allocatable objects. This analy...
Escape analysis is highly beneficial for optimizing object-oriented programming languages such as Ja...
Abstract. Escape analysis facilitates better optimization of programs in object-oriented programming...
Escape analysis is a static analysis that determines whether the lifetime of data may exceed its sta...
We describe an escape analysis [32, 14], used to determine whether the lifetime of data exceeds its ...
Thread escape analysis (hereafter referred to as escape analysis) determines what objects may be acc...
The use of a managed, type-safe language such as Java in real-time and embedded systems offers produ...
International audienceThis paper presents a compositional escape analysis (EA) adapted for use in re...
AbstractWe present an algorithm for escape analysis inspired by, but more precise than, the one prop...
Escape analysis can improve the speed and memory efficiency of garbage collected languages by alloca...