Memory allocation is a critical aspect of any modern operating system kernel because it must run continuously for long periods of time, therefore memory leaks and inefficiency must be eliminated. This paper presents different memory management algorithms and their aplicability to an L4-based microkernel. We aim to reduce memory usage and increase the performance of allocation and deallocation of memory
Táto práca sa zaoberá problematikou mikrojadier operačných systémov. Prvá časť je zameraná na obozná...
In the recent era of computing, applications an operating system cannot survive without efficient me...
Dynamic memory management required by allocation-intensive (i.e., Object Oriented and linked data st...
The L4 microkernel has undergone 20 years of use and evolution. It has an active user and developer ...
The 4.3BSD UNIX kernel uses many memory allocation mechanisms, each designed for the particular need...
This work describes the memory manager subsystem of the linux kernel. The first part gives a brief a...
Memory fragmentation is the development of a large number of separate free areas. Memory management ...
Microkernel-based operating systems provide high level of protection due to the strong isolation of ...
Software-controlled local memories (LMs) are widely used to provide fast, scalable, power efficient ...
Small kernels are a promising approach to secure and reliable system construction. These systems red...
This thesis aims for a theoretical and practical comparison of two different approaches to dynamic m...
Fastpaths are a method of optimization which relies on treating the most commonly executed cases of ...
Large physical memory modules are necessary to meet performance demands of today's ap- plications bu...
The demand of contiguous memory allocation has been expanded in day-today life in all the devices. I...
A REVIEW OF MEMORY ALLOCATION AND MANAGEMENT IN COMPUTER SYSTEMS In this paper I have described the...
Táto práca sa zaoberá problematikou mikrojadier operačných systémov. Prvá časť je zameraná na obozná...
In the recent era of computing, applications an operating system cannot survive without efficient me...
Dynamic memory management required by allocation-intensive (i.e., Object Oriented and linked data st...
The L4 microkernel has undergone 20 years of use and evolution. It has an active user and developer ...
The 4.3BSD UNIX kernel uses many memory allocation mechanisms, each designed for the particular need...
This work describes the memory manager subsystem of the linux kernel. The first part gives a brief a...
Memory fragmentation is the development of a large number of separate free areas. Memory management ...
Microkernel-based operating systems provide high level of protection due to the strong isolation of ...
Software-controlled local memories (LMs) are widely used to provide fast, scalable, power efficient ...
Small kernels are a promising approach to secure and reliable system construction. These systems red...
This thesis aims for a theoretical and practical comparison of two different approaches to dynamic m...
Fastpaths are a method of optimization which relies on treating the most commonly executed cases of ...
Large physical memory modules are necessary to meet performance demands of today's ap- plications bu...
The demand of contiguous memory allocation has been expanded in day-today life in all the devices. I...
A REVIEW OF MEMORY ALLOCATION AND MANAGEMENT IN COMPUTER SYSTEMS In this paper I have described the...
Táto práca sa zaoberá problematikou mikrojadier operačných systémov. Prvá časť je zameraná na obozná...
In the recent era of computing, applications an operating system cannot survive without efficient me...
Dynamic memory management required by allocation-intensive (i.e., Object Oriented and linked data st...