Dynamic memory allocation often makes up a large part of program execution time. Different variants of the best-fit allocator are implemented and their space and time costs measured and compared. We found variants of this algorithm that are 3-33% faster than the Doug Lea 2.7.0 allocato
Dynamic storage allocation is an important part of a large class of computer programs written in C a...
Embedded real-time and battery-powered systems are increasing in numbers, and their software complex...
Abstract—Current general-purpose memory allocators do not provide sufficient speed or flexibility fo...
Dynamic memory allocation often makes up a large part of program execution time. Different variants ...
Memory fragmentation is a serious obstacle preventing efficient memory usage. Garbage collectors may...
Memory management is the process of controlling and coordinating computer memory, assigning portions...
Abst rac t. Dynamic memory allocation has been a fundamental part of most computer systems ince roug...
Abstract. Dynamic memory allocation has been used for decades. However, it has seldom been used in r...
Performance requirements drive many of our difficult design choices. Memory management is an area wh...
Because dynamic memory management is an important part of a large class of computer programs, high-p...
Performance requirements drive many of our most difficult design choices. In memory management, such...
The literature of the past decade has discussed a number of con-trasting ways in which to improve ge...
For hard real-time applications, tight provable bounds on the application’s worst-case execution tim...
We compare four existing dynamic memory allocators optimized for GPUs and show their strengths and w...
Abstract—General-purpose dynamic memory allocation al-gorithms strive for small memory fragmentation...
Dynamic storage allocation is an important part of a large class of computer programs written in C a...
Embedded real-time and battery-powered systems are increasing in numbers, and their software complex...
Abstract—Current general-purpose memory allocators do not provide sufficient speed or flexibility fo...
Dynamic memory allocation often makes up a large part of program execution time. Different variants ...
Memory fragmentation is a serious obstacle preventing efficient memory usage. Garbage collectors may...
Memory management is the process of controlling and coordinating computer memory, assigning portions...
Abst rac t. Dynamic memory allocation has been a fundamental part of most computer systems ince roug...
Abstract. Dynamic memory allocation has been used for decades. However, it has seldom been used in r...
Performance requirements drive many of our difficult design choices. Memory management is an area wh...
Because dynamic memory management is an important part of a large class of computer programs, high-p...
Performance requirements drive many of our most difficult design choices. In memory management, such...
The literature of the past decade has discussed a number of con-trasting ways in which to improve ge...
For hard real-time applications, tight provable bounds on the application’s worst-case execution tim...
We compare four existing dynamic memory allocators optimized for GPUs and show their strengths and w...
Abstract—General-purpose dynamic memory allocation al-gorithms strive for small memory fragmentation...
Dynamic storage allocation is an important part of a large class of computer programs written in C a...
Embedded real-time and battery-powered systems are increasing in numbers, and their software complex...
Abstract—Current general-purpose memory allocators do not provide sufficient speed or flexibility fo...
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