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2009•Computer Technology and DevelopmentRequires access

Transplant of U-Boot and μClinux Based on S3C44B0X

Yang Hou-jun

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Abstract

Select U-Boot and μClinux to make an in-depth study of the method of transplanting,because U-Boot is popular and powerful now as bootloader and μClinux is special designed for MCU without MMU.Take UP-NETARM3000 exploring board for instance,analyze configuration of its special function register and the process of transplanting in detail.Construct an ARM-μClinux based embedded system production platform based on S3C44B0X.U-Boot and μClinux transplanted in this way run steadily on UP-NETARM3000 exploring board and make solid foundation for the following developing.

About this research paper

What this paper is about

Select U-Boot and μClinux to make an in-depth study of the method of transplanting,because U-Boot is popular and powerful now as bootloader and μClinux is special designed for MCU without MMU.Take UP-NETARM3000 exploring board for instance,analyze configuration of its special function register and the process of transplanting in detail.Construct an ARM-μClinux based embedded system production platform based on S3C44B0X.U-Boot and μClinux transplanted in this way run steadily on UP-NETARM3000 exploring board and make solid foundation for the following developing.

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Available abstract

Select U-Boot and μClinux to make an in-depth study of the method of transplanting,because U-Boot is popular and powerful now as bootloader and μClinux is special designed for MCU without MMU.Take UP-NETARM3000 exploring board for instance,analyze configuration of its special function register and the process of transplanting in detail.Construct an ARM-μClinux based embedded system production platform based on S3C44B0X.U-Boot and μClinux transplanted in this way run steadily on UP-NETARM3000 exploring board and make solid foundation for the following developing.

Key concepts: Booting, Computer science, Embedded system, Operating system

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