Automatic memory reclaim is a common feature of programminglanguages. It offers to the programmers some guarantees aboutreliability, but, by taking them away from the implementation detailsof the memory management, it makes it more difficult to understand andcontrol memory allocations.OCaml is a multi-paradigm statically typed programming languagedeveloped at INRIA. It uses a garbage collector (GC) in charge of theautomatic reclaim of unused memory and OCaml users need tools foranalyzing the memory behavior of their programs.As part of this thesis, we studied the memory behavior of applicationswritten in OCaml and more specifically the case of memory leaks: stillaccessible memory blocks (hence not reclaim by the GC) that are nolonger needed...
Although performance analysis is one of the most important phase of High Perfor-mance Computing appl...
GCspy is an architectural framework for the collection, transmission, storage and replay of memory m...
Language support of dynamic storage management simplifies the application programming task immensely...
Automatic memory reclaim is a common feature of programminglanguages. It offers to the programmers s...
International audienceIn this paper, we present the current state of our work on profiling the memor...
In this paper, we present a preliminary work on new memory profiling tool and others, to help us to ...
OCaml is an industrial-strength, multi-paradigm programming language, widely used in industry and ac...
Storage management is an important part of a programming system. There are two basic storage manage...
International audienceThis paper reports an experiment with a large pages allocator for the OCaml ru...
memory management, profiling, garbage collection Memory is the performance bottleneck of modern arch...
© 2015 Dr. Matthew DavisMemory management is a complicated task. Many programming languages expose s...
International audienceWe propose a new API and implementation for managing garbage collector (GC) ro...
Real-world garbage collectors in managed languages are complex. We investigate whether this complexi...
This thesis has been a study in memory management in C/C++, with practical work in finding and solvi...
GCspy is an architectural framework for the collection, transmis-sion, storage and replay of memory ...
Although performance analysis is one of the most important phase of High Perfor-mance Computing appl...
GCspy is an architectural framework for the collection, transmission, storage and replay of memory m...
Language support of dynamic storage management simplifies the application programming task immensely...
Automatic memory reclaim is a common feature of programminglanguages. It offers to the programmers s...
International audienceIn this paper, we present the current state of our work on profiling the memor...
In this paper, we present a preliminary work on new memory profiling tool and others, to help us to ...
OCaml is an industrial-strength, multi-paradigm programming language, widely used in industry and ac...
Storage management is an important part of a programming system. There are two basic storage manage...
International audienceThis paper reports an experiment with a large pages allocator for the OCaml ru...
memory management, profiling, garbage collection Memory is the performance bottleneck of modern arch...
© 2015 Dr. Matthew DavisMemory management is a complicated task. Many programming languages expose s...
International audienceWe propose a new API and implementation for managing garbage collector (GC) ro...
Real-world garbage collectors in managed languages are complex. We investigate whether this complexi...
This thesis has been a study in memory management in C/C++, with practical work in finding and solvi...
GCspy is an architectural framework for the collection, transmis-sion, storage and replay of memory ...
Although performance analysis is one of the most important phase of High Perfor-mance Computing appl...
GCspy is an architectural framework for the collection, transmission, storage and replay of memory m...
Language support of dynamic storage management simplifies the application programming task immensely...