physical memory array

The analysis of Linux memory management mechanism, can not leave the above several concepts, before introducing the above concepts, first from the "deep understanding of the Linux kernel," the book to extract a few paragraphs on the above noun

Analysis of the Linux memory management mechanism, not from the above concepts, before introducing the above several concepts, first from the "in-depth understanding of the Linux kernel," the book excerpt from a few paragraphs on the above nouns

The analysis of Linux memory management mechanism, can not leave the above several concepts, before introducing the above concepts, first from the "deep understanding of the Linux kernel," the book to extract a few paragraphs on the above noun

This article was reproduced from: http://blog.csdn.net/yusiguyuan/article/details/9664887The analysis of Linux memory management mechanism, can not leave the above several concepts, before introducing the above concepts, first from the "deep

On a 32-bit processor platform supporting MMU, the addresses of physical and virtual buckets in Linux systems are from 0x00000000 to 0 xffffffff, 4 GB in total, however, the physical storage space is completely different from the virtual storage

      Linux memory linear address space is 4 GB, divided into two parts: user space (usually 3 GB) and kernel space (usually 1 GB ). Here we mainly focus on the kernel address space.   The kernel manages all the physical memory through the

Main content of this article:1. Basic Concepts: physical memory, virtual memory, physical address, virtual address, logical address, page directory, and page table2. Windows Memory Management3. CPU Memory Management4. CPU page-Based Memory

Linux Memory Management absrtact : This chapter first examines the process memory management of Linux from the perspective of application developers, and builds on the kernel to discuss the system physical memory management and kernel memory usage.

Linux core-memory management-Linux general technology-Linux programming and kernel information. The following is a detailed description. The storage management subsystem is one of the most important components of the operating system. In the early

Article Title: kernelapi, the physical memory allocation function in the kernel. Linux is a technology channel of the IT lab in China. Includes basic categories such as desktop applications, Linux system management, kernel research, embedded systems,