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يجعل [فدورا] و [دبين] يبني نواة حسب الطّلب ويعبّئ هو ل [رولّووت] عملية بسيطة. This article shows you how to use Debian and Fedora to customizing your Linux kernel. It explains and reviews some of the many kernel compilation options you need to consider.

Compiling a Custom Linux Kernel

- Intro and Gathering Information
- Part 2 - Preparing the Source Tree
- Part 3 - Configuring the Kernel Source
- Part 3 Continued - Configuring the Kernel
- Part 4 - Building the Kernel
- Part 5 - Installing the Kernel
- Part 6 - Editing the Boot Loader Configuration
- Reboot the Machine (and Enjoy)
- Appendix A - Patching the Kernel Source
- Appendix B - Building a 2.6 Kernel
- Appendix C - Additional Notes as 2.6 Develops
- Appendix D - Using the Initrd

This article describes in a detailed, step-by-step approach, how to build a custom Linux kernel for your server or desktop machine. You will learn how to optimize the kernel for your computer's processor, and make the kernel only support the drivers and features that you require. You also may want to add support for a Linux feature that is missing from your distribution's kernel, or to get a some hardware to work correctly. Your finished Linux kernal will be smaller in size, it will run faster, and it will have all the fixes and enhancements found in the latest stable version.

Here are some more Linux Kernel Resources:

- Debian Kernel Handbook
- KernelNewbies.org
- Kernel.org
- You may want to try the dphys- kernel-packages package for creating configuation files for automating the creation of custom kernels

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