This work describes the memory manager subsystem of the linux kernel. The first part gives a brief account of operating systems architecture and memory management theory - of virtual memory management, page tables, page replacement algorithms and kernel allocators in particular. The second part discusses the actual implementation of these principles in a modern kernel - in linux. Finally, a series of tests stressing the memory subsystem is conducted to determine the memory manager's real behaviour. Limitations of the current linux kernel memory management and some of their proposed solutions are also discussed
In this article we seek to compare the memory management sub-systems of two popular and freely avai...
This new edition covers Version 2.6 of the Linux kernel, which has seen significant changes to nearl...
In hosted environments, multiple guest operat-ing systems are hosted on top of a host operat-ing sys...
While the virtual memory management in Linux 2.2 has decent performance for many workloads, it suffe...
This paper describes the implementation of approximate memory support in Linux operating system kern...
Systems that support virtual memory virtualize the available physical memory such that the applicati...
Amajor concern of almost any operating system is the meth-ods and mechanisms it uses to manage its r...
This thesis describes design and implementation of effective memory management for multi-threaded ap...
In the recent era of computing, applications an operating system cannot survive without efficient me...
This paper is a study of memory management systems of an operating system. We begin with a brief int...
Most of the current operating systems implement virtual memory management and provide only a virtual...
This paper will describe the changes needed to the Linux memory management system to cope with addin...
Small kernels are a promising approach to secure and reliable system construction. These systems red...
Increased performance demand of modern applications has resulted in large memory modules and higher ...
A REVIEW OF MEMORY ALLOCATION AND MANAGEMENT IN COMPUTER SYSTEMS In this paper I have described the...
In this article we seek to compare the memory management sub-systems of two popular and freely avai...
This new edition covers Version 2.6 of the Linux kernel, which has seen significant changes to nearl...
In hosted environments, multiple guest operat-ing systems are hosted on top of a host operat-ing sys...
While the virtual memory management in Linux 2.2 has decent performance for many workloads, it suffe...
This paper describes the implementation of approximate memory support in Linux operating system kern...
Systems that support virtual memory virtualize the available physical memory such that the applicati...
Amajor concern of almost any operating system is the meth-ods and mechanisms it uses to manage its r...
This thesis describes design and implementation of effective memory management for multi-threaded ap...
In the recent era of computing, applications an operating system cannot survive without efficient me...
This paper is a study of memory management systems of an operating system. We begin with a brief int...
Most of the current operating systems implement virtual memory management and provide only a virtual...
This paper will describe the changes needed to the Linux memory management system to cope with addin...
Small kernels are a promising approach to secure and reliable system construction. These systems red...
Increased performance demand of modern applications has resulted in large memory modules and higher ...
A REVIEW OF MEMORY ALLOCATION AND MANAGEMENT IN COMPUTER SYSTEMS In this paper I have described the...
In this article we seek to compare the memory management sub-systems of two popular and freely avai...
This new edition covers Version 2.6 of the Linux kernel, which has seen significant changes to nearl...
In hosted environments, multiple guest operat-ing systems are hosted on top of a host operat-ing sys...