This article presents a novel technique for allowing the early recovery of storage space occupied by garbage data. The idea is similar to that of generational garbage collection, except that heap is partitioned based on a static analysis of data type de nitions rather than on the approximate age of allocated objects. A prototype implementation is presented, along with initial results and ideas for future work.
Existing techniques for garbage collection and machine code optimizations can interfere with each ot...
We argue that garbage collection should be more closely tied to object demographics. We show that th...
This paper shows that Appel-style garbage collectors often make suboptimal decisions both in terms o...
Dynamic memory management enables a programmer to allocate objects for arbitrary periods of time. It...
The Generational Garbage collection involves organizing the heap into different divisions of memory ...
In previous heap storage systems, the cost of creating objects and garbage collection is independe...
Modem generational garbage collectors look for garbage among the young objects, because they have hi...
Generational garbage collection algorithms achieve efficiency because newer records point to older r...
This paper describes a new language feature that allows dynamically allocated objects to be saved fr...
This paper describes a new language feature that allows dynamically allocated objects to be saved fr...
Generational techniques have been very successful in reducing the impact of garbage collection algor...
This paper presents two techniques for improving garbage collection performance: generational stack ...
Designing a garbage collector with real-time properties is a particularly difficult task, involving ...
The automatic reclamation of storage for unreferenced objects is very important in object databases....
A garbage collector is part of the runtime system It reclaims heap-allocated records (objects) that...
Existing techniques for garbage collection and machine code optimizations can interfere with each ot...
We argue that garbage collection should be more closely tied to object demographics. We show that th...
This paper shows that Appel-style garbage collectors often make suboptimal decisions both in terms o...
Dynamic memory management enables a programmer to allocate objects for arbitrary periods of time. It...
The Generational Garbage collection involves organizing the heap into different divisions of memory ...
In previous heap storage systems, the cost of creating objects and garbage collection is independe...
Modem generational garbage collectors look for garbage among the young objects, because they have hi...
Generational garbage collection algorithms achieve efficiency because newer records point to older r...
This paper describes a new language feature that allows dynamically allocated objects to be saved fr...
This paper describes a new language feature that allows dynamically allocated objects to be saved fr...
Generational techniques have been very successful in reducing the impact of garbage collection algor...
This paper presents two techniques for improving garbage collection performance: generational stack ...
Designing a garbage collector with real-time properties is a particularly difficult task, involving ...
The automatic reclamation of storage for unreferenced objects is very important in object databases....
A garbage collector is part of the runtime system It reclaims heap-allocated records (objects) that...
Existing techniques for garbage collection and machine code optimizations can interfere with each ot...
We argue that garbage collection should be more closely tied to object demographics. We show that th...
This paper shows that Appel-style garbage collectors often make suboptimal decisions both in terms o...