Description: linux核心中内存管理与缓冲机制,别人写的，希望能对大家有帮助-linux kernel buffer and memory management mechanisms, written by someone else, we want to help Platform: |
Size: 325412 |
Author:王豪 |
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Description: linux内核设计与实现(英文版) 本书基于Linux 2．6内核系列详细介绍Linux内核系统，覆盖了从核心内核系统的应用到内核设计与实现等各方面内容。主要内容包括：进程管理、系统调用?中断和中断处理程序、内核同步、时间管理、内存管理、地址空间、调试技术等。-linux kernel design and implementation (in English) the book based on Linux kernel 2.6 series of detailed referral Shao Linux system to cover the system from the core of the kernel to kernel design and implementation of all aspects. Main contents include : process management, system disruption and interruption call handling procedures, kernel synchronization, time management, memory management, address space, debugging technology. Platform: |
Size: 1334272 |
Author:李世博 |
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Description: 最早版本0.0.1的内核代码详细解释,详尽的说明了内核内存管理,文件系统,网络系统等源文件-earliest version 0.0.1 of the kernel code explained in detail, detailed explanations of the kernel memory management, file system, network file system Platform: |
Size: 2643968 |
Author:gf |
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Description: In order to thoroughly understand what makes Linux tick and why it works so well on a wide variety of systems, you need to delve deep into the heart of the kernel. The kernel handles all interactions between the CPU and the external world, and determines which programs will share processor time, in what order. It manages limited memory so well that hundreds of processes can share the system efficiently, and expertly organizes data transfers so that the CPU isn t kept waiting any longer than necessary for the relatively slow disks.-In order to thoroughly understand what mak es Linux tick and why it works so well on a wide var iety of systems, you need to delve deep into the heart of the kerne l. The kernel handles all interactions between the CPU and the external world, and determines which programs will share proce ssor time, in what order. It manages limited memory so well that hundreds of processes can share the system efficiently. and expertly organizes data transfers so that t he CPU is not kept waiting any longer than necessa ry for the relatively slow disks. Platform: |
Size: 2888704 |
Author:丁绍洁 |
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Description: 为Linux虚拟内存驱动程序，模拟了内核空间和用户空间之间的数据交流，是学习Linux内存管理的易用源码-Linux virtual memory for the driver to simulate the kernel space and user space data between the exchanges, is to learn Linux the easy-to-use memory management source code Platform: |
Size: 4096 |
Author:杨超 |
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Description: 讲解linux内核 内存管理 部分经典讲义，通俗易懂，不得多得 优秀 的内核学习资料-Linux kernel memory management on the part of the classic lecture, easy to understand, may not be more excellent core learning materials Platform: |
Size: 35840 |
Author:小鸟 |
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Description: 详细的讲解了 Linux 内存的内核实现及原理 是一本难得的好资料-A detailed explanation of the Linux kernel memory and the principle is a rare good information Platform: |
Size: 6349824 |
Author:yuangnag |
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Description: Linux内核内存管理研究报告，包括mmap，brk，do_page_fault的函数细节分析-Linux kernel memory management study report, including mmap, brk, do_page_fault a function of the details of analysis Platform: |
Size: 532480 |
Author:xnby |
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Description: 最新版本的Linux内核，支持Intel、Alpha、PPC、Sparc、IA-64、ARM、MIPS、Amiga、 Atari和IBMs/390等，还支持32位大文件系统。而在Intel平台上，物理内存最大支持可以达到64GB。加强对IDE和SCSI硬件系统的支持，并增强了对USB设备和3D加速卡的支持。虽然并不像人们期望的那样有很大更新，但也好的多了。如果你还在使用旧版本的内核，赶快更新吧，绝对不会让你失望！
Linux内核更新是越来越快了，可能由于Linux的普及，大家都开始关注了，各种安全隐患也越来越多。支持Intel、 Alpha、PPC、 Sparc、IA-64 、ARM、MIPS、Amiga、Atari和IBM s/390等，还支持32位大文件系统。而在Intel平台上，物理内存最大支持可以达到64GB。加强对IDE和SCSI硬件系统的支持，并增强了对 USB设备和3D加速卡的支持-The latest version of the Linux kernel to support Intel, Alpha, PPC, Sparc, IA-64, ARM, MIPS, Amiga, Atari and IBMs/390 and so on, also supports 32-bit large file system. In the Intel platform, the physical memory to achieve maximum support for 64GB. Strengthen the IDE and SCSI hardware system support and enhanced USB devices and 3D accelerator support. Although not as expected as a great update, but it s more. If you are still using the old version of the kernel update as soon as possible it will never let you down!
Linux kernel update is getting faster and faster, and may be due to the popularity of Linux, we all started to pay attention, and a variety of security risks are also increasing. Support for Intel, Alpha, PPC, Sparc, IA-64, ARM, MIPS, Amiga, Atari and IBM s/390 and so on, also supports 32-bit large file system. In the Intel platform, the physical memory to achieve maximum support for 64GB. IDE and SCSI to strengthen the support of hardware systems and USB devices to enh Platform: |
Size: 878592 |
Author:我就是我 |
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Description: The new edition of Understanding the Linux Kernel takes you on a guided tour through the most significant data structures, many algorithms, and programming tricks used in the kernel. The book has been updated to cover version 2.4 of the kernel, which is quite different from version 2.2: the virtual memory system is entirely new, support for multiprocessor systems is improved, and whole new classes of hardware devices have been added. You ll learn what conditions bring out Linux s best performance, and how it meets the challenge of providing good system response during process scheduling, file access, and memory management in a wide variety of environments.
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Size: 2039808 |
Author:王大同 |
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Description: Unix 内核开发， 目录如下：
Contents at a Glance
1 Introduction to the Linux Kernel 1
2 Getting Started with the Kernel 11
3 Process Management 23
4 Process Scheduling 41
5 System Calls 69
6 Kernel Data Structures 85
7 Interrupts and Interrupt Handlers 113
8 Bottom Halves and Deferring Work 133
9 An Introduction to Kernel Synchronization 161
10 Kernel Synchronization Methods 175
11 Timers and Time Management 207
12 Memory Management 231
13 The Virtual Filesystem 261
14 The Block I/O Layer 289
15 The Process Address Space 305
16 The Page Cache and Page Writeback 323
17 Devices and Modules 337
18 Debugging 363
19 Portability 379
20 Patches, Hacking, and the Community 395
Bibliography 407
Index 4-Unix 内核开发， 目录如下：
Contents at a Glance
1 Introduction to the Linux Kernel 1
2 Getting Started with the Kernel 11
3 Process Management 23
4 Process Scheduling 41
5 System Calls 69
6 Kernel Data Structures 85
7 Interrupts and Interrupt Handlers 113
8 Bottom Halves and Deferring Work 133
9 An Introduction to Kernel Synchronization 161
10 Kernel Synchronization Methods 175
11 Timers and Time Management 207
12 Memory Management 231
13 The Virtual Filesystem 261
14 The Block I/O Layer 289
15 The Process Address Space 305
16 The Page Cache and Page Writeback 323
17 Devices and Modules 337
18 Debugging 363
19 Portability 379
20 Patches, Hacking, and the Community 395
Bibliography 407
Index 411 Platform: |
Size: 1929216 |
Author:ziv.han |
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Description: linux内核中内存管理是非常核心的一个子系统，本书着重介绍了内存管理模块的相关知识点-linux kernel memory management is a subsystem of the core, the book focuses on the memory management module of the relevant knowledge points Platform: |
Size: 481280 |
Author:yunxiang |
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Description: LINUX内核设计与实现 主要内容包括：进程管理、进程调度、时间管理和定时器、系统调用接口、内存寻址、内存管理和页缓存、VFS、内核同步以及调试技术等。-LINUX kernel design and implementation of the main contents include: process management, process scheduling, time management and timers, the system call interface, memory addressing, memory management and page cache, VFS, kernel synchronization and debugging technology. Platform: |
Size: 17328128 |
Author:田晓 |
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Description: 一个操作系统必须和作为它的基础的硬件系统紧密配合。操作系统需要使用一些只有硬件才能提供的功能。为了完整的了解 Linux ，你需要了解底层硬件的基础知识。本章对于现代 PC 的硬件进行了。
1975 年 1 月“ Popular Electronics ”杂志封面上印出了 Altair 8080 的图片，一场革命开始了。 Altair 8080 ，跟随早期的“ Star Trek epsode ”命名，只需要 $397 ，就可由个人电子爱好者自己组装。它拥有 Intel 8080 处理器和 256 字节内存，但是没有屏幕和键盘。以今天的标准来衡量，它太简陋了。它的发明者， Ed Roberts ，制造了名词“ personal computer “来命名他的发明，但现在， PC 这个名词已经用来命名几乎所有你可以不依靠帮助就可以自己运行起来的计算机。用这个定义，甚至一些十分强大的 Alpha AXP 系统也是 PC 。(An operating system must work closely with the hardware system that is the base of it. The operating system needs to use some of the functions that are provided only by hardware. To get a complete understanding of Linux, you need to know the basic knowledge of the underlying hardware. This chapter has been carried out for the hardware of modern PC.
In January 1975, the Popular Electronics magazine covered the picture of Altair 8080 on the cover, and a revolution began. Altair 8080, named after the early "Star Trek epsode", requires only $397, which can be assembled by personal electronics enthusiasts themselves. It has a Intel 8080 processor and 256 bytes of memory, but there is no screen and keyboard. As measured by today's standards, it is too shabby.) Platform: |
Size: 552960 |
Author:vbcsdf
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Description: 老外写的内存管理，基于linux2.4内核(Memory management written by foreigners, based on the linux2.4 kernel) Platform: |
Size: 3782656 |
Author:yanxiaowen |
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