摘要
嵌入式系统在工业生产和日常生活中的应用已经越来越广泛,基于ARM的Linux嵌入式系统更是因其各个方面的优良特性成为当前嵌入式研究的热点。结合实例阐述了Linux内核移植到ARM9芯片S3C2410的具体实现过程,重点论述了移植过程中的具体方法及需要修改的文件,其中Linux操作系统选用RedHat9.0版本,交叉编译工具为arm-linux-gcc3.4.1,移植主要内容为:交叉环境的建立,引导程序(BootLoader)移植,内核的移植,最后,将编译好的内核代码通过已经移植好的BootLoader下载到开发板上,Linux系统就成功的移植到了ARM处理器中。
The realized process of transplanting Linux into the S3C2410 of the Advanced RISC Machine with examples and the documents need to be amended in transplanting process and revised methods were elaborated, which used RedHat9.0 version of the Linux operating system, cross-compilation tools arm-linux-gcc3. 4.1. Transplantation main contents were ： the establishment of cross-environment, BootLoader transplantation and kernel transplantation. Finally, the compiled kernel code has been adopted for a good transplant BootLoader downloaded to the development board, Linux system is successfully migrated to the ARM processor.
出处
《化工自动化及仪表》
CAS
北大核心
2010年第2期67-69,77,共4页
Control and Instruments in Chemical Industry
