Add to ORKGThis paper presents a hardware-eÆcient memory allocation (EMA) technique designed to eliminate both internal and external fragmentation that appear in the buddy system. EMA can allocate a free memory block of any size in any part of memory. Hardware imple- mentation of EMA is introduced, but only part of its circuits is shown in the paper due to the space limita- tion. Simulation results show that EMA utilizes mem- ory space more eÆciently than the previously known techniques
Memory fragmentation is a serious obstacle preventing efficient memory usage. Garbage collectors may...
Based on the Computerized Parkinson’s Law “work expands so as to fill the time available for its com...
Memory management is the process of controlling and coordinating computer memory, assigning portions...
This paper presents a hardware-eÆcient memory allocation (EMA) technique designed to eliminate both ...
This paper presents a hardware-efficient memory allocation (EMA) technique designed to eliminate bot...
This paper presents a hardware-efficient memory allocation technique, called EMA, that detects the e...
Abstract We propose several modifications to the binary buddy system for managing dynamicallocation ...
Embedded systems are omnipresent and contribute to our lives in many ways by instantiating functiona...
The main motivation for dynamic memory management is to increase the memory efficiency of a system b...
In this short paper we tackle the issue of scalability of core memory allocators, which is an orthog...
Dynamic memory management is a significant source of complexity in the design and implementation of ...
Many architectures today, especially embedded systems, have multiple memory partitions, each with po...
When we need to use Memory allocation for relatively huge datasets, then we may have a possibility t...
This paper proposes an algorithm for mappinglogical to physical memory resources on Field-Programmab...
Memory allocation has been an active area of research. A large number of algorithms have been propos...
Memory fragmentation is a serious obstacle preventing efficient memory usage. Garbage collectors may...
Based on the Computerized Parkinson’s Law “work expands so as to fill the time available for its com...
Memory management is the process of controlling and coordinating computer memory, assigning portions...
This paper presents a hardware-eÆcient memory allocation (EMA) technique designed to eliminate both ...
This paper presents a hardware-efficient memory allocation (EMA) technique designed to eliminate bot...
This paper presents a hardware-efficient memory allocation technique, called EMA, that detects the e...
Abstract We propose several modifications to the binary buddy system for managing dynamicallocation ...
Embedded systems are omnipresent and contribute to our lives in many ways by instantiating functiona...
The main motivation for dynamic memory management is to increase the memory efficiency of a system b...
In this short paper we tackle the issue of scalability of core memory allocators, which is an orthog...
Dynamic memory management is a significant source of complexity in the design and implementation of ...
Many architectures today, especially embedded systems, have multiple memory partitions, each with po...
When we need to use Memory allocation for relatively huge datasets, then we may have a possibility t...
This paper proposes an algorithm for mappinglogical to physical memory resources on Field-Programmab...
Memory allocation has been an active area of research. A large number of algorithms have been propos...
Memory fragmentation is a serious obstacle preventing efficient memory usage. Garbage collectors may...
Based on the Computerized Parkinson’s Law “work expands so as to fill the time available for its com...
Memory management is the process of controlling and coordinating computer memory, assigning portions...