内核镜像的主要部分。
Remove old kernel image packages.
删除旧的内核映像包。
Load the Linux guest kernel image on start.
在启动时加载Linux客户内核。
In other cases, a debug kernel image is required.
对于其他情况，需要使用一个调试内核映像。
For Ubuntu 8.10, a debug kernel image was required.
对于Ubuntu 8.10，需要使用一个调试内核映像。
Untar the latest kernel image into the FAT16 filesystem.
解压最新的内核镜像到FAT16文件系统。
The -g option adds debugging information into the kernel image.
g选项将调试信息添加到内核映像中。
With the images ready, the stage 2 boot loader invokes the kernel image.
当这些映像文件准备好之后，阶段2的引导加载程序就可以调用内核映像了。
The target machine runs with the new kernel image that needs to be debugged.
目标计算机上运行需要调试的新内核映像。
The first is a FAT partition that hosts the bootloaders and the kernel image.
第一个分区是一个FAT 分区，其中存储引导装载器和内核映像。
Untar the kernel image file into the root directory of the FAT16 filesystem.
解压内核映像文件到根目录下的FAT16文件系统。
At this point, it's time to build the kernel and install the new kernel image, as follows.
此时，应构建内核并安装新内核映像，如下所示。
Kernel: vmlinuz-X.X.XX-XX is the name of the default boot kernel image within your root directory.
kernel：vmlinuz - X.X.X X - XX是root目录中默认引导映像的名称。
With the kernel image in memory and control given from the stage 2 boot loader, the kernel stage begins.
当内核映像被加载到内存中，并且阶段2 的引导加载程序释放控制权之后，内核阶段就开始了。
Copy files to the boot partition, noting that the kernel image comes directly from the root file system.
将文件复制到根分区，注意内核映像直接来自根文件系统。
Stage 1 (MBR) boots a stage 1.5 boot loader that understands the particular file system containing the Linux kernel image.
阶段1 (MBR)引导了一个阶段1.5的引导加载程序，它可以理解包含Linux内核映像的特殊文件系统。
To shorten the entire test cycle, you can download a ready-to-use package containing both user space tool and kernel image.
为了缩短整个测试周期，您可以下载同时包含有用户空间工具和内核映像的立即可用的程序包。
Do not use a different GCC when compiling the kernel image and the user space tools because it can result in a system lock up.
编译内核映像和用户空间工具时不要使用不同的gcc，因为这可能会造成系统的锁定。
This image contains not only the Linux kernel image and root file system but also the boot sector that is used to launch Linux.
该映像不仅包括Linux内核映像和引导文件系统，而且还包括用来启动Linux的引导区。
When the images are loaded, the second-stage boot loader passes control to the kernel image and the kernel is decompressed and initialized.
在加载映像时，第二阶段的引导加载程序就会将控制权交给内核映像，然后内核就可以进行解压和初始化了。
The boot loader, such as GRUB, identifies the kernel that is to be loaded and copies this kernel image and any associated initrd into memory.
引导加载程序，例如GRUB，定义了要加载的内核，并将这个内核映像以及相关的 initrd拷贝到内存中。
The Trivial File transfer Protocol (or TFTP) can then be used to transfer the kernel image and the initial ramdisk image to the local device.
TFTP (TrivialFileTransferProtocol)可以用来将内核映像和初始ramdisk映像传输到本地设备上。
Once you're done with the changes to the kernel configuration files, you have to compile your kernel so that the new kernel image can be debugged.
如果已经更改了内核配置文件，就必须编译内核，以便可以调试新内核映像。
When your PC boots up it is in what is known as Real Mode, you have to switch your machine into Protected Mode, THEN jump to your kernel image.
当您的电脑启动后它进入的是实模式，您必须把机器切换入保护模式，然后再跳入您的内核映像。
Once the compilation is done, copy the /usr/src/sys/compile/MYKERNEL/kernel.debug kernel image from the development machine to the target machine.
编译完成之后，将 /usr/src/sys/compile/MYKERNEL/kernel.debug 内核映像从开发计算机复制到目标计算机。
Study of the basic needs of wearable computer, customize the kernel image of OS that meets the specific needs is one of the key research in this thesis.
研究可穿戴计算机软件的基本需求，定制符合特定需求的操作系统内核镜像是本文重点研究的内容之一。
The steps for putting everything together (Linux kernel image, user space tools, root filesystem) into a working system can be found in the step-by-step guide.
在step - by - step指南中，可以找到将所有内容(Linux内核映像、用户空间工具、根文件系统等)整合为一个可用系统的步骤。
You can alter your bootsector code to load your file, switch to protected mode and jump to your kernel image (if you have enough room for the code in your bootsector!
您可以改变您的引导区，用来加载您的文件，切换进保护模式，然后再跳入您的内核映像（如果您的引导扇区有足够的空间来放置这些代码的话！）
These programs reside in special region of flash memory on the target hardware and provide the means to download a Linux kernel image into flash memory and subsequently execute it.
这些程序位于目标硬件上的闪存中的某一段特殊区域，它们提供了将Linux内核映像下载到闪存并继续执行的方法。
Symbol resolution also occurs, which can resolve to symbols that are resident in the kernel (compiled into the kernel image) or symbols that are transient (exported from other modules).
同时还进行符号解析，可以解析位于内核中的符号(被编译成内核映象)，或临时的符号(从其他模块导出)。
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