Design and Implementation of Boot Loader Based on Embedded System Platform

Lu Feng Wang

doi:10.4028/www.scientific.net/AMR.213.647

Paper Titles

Experimental Research on the Normal Absorption Coefficient of the Multilayer Material
p.608

The Optimized Design for Groove Parameters Based on Cement Pavement Materials Performance
p.613

Industrial Diversification and Regional Development Stability: Theoretical Discussion
p.618

Flow Stress Constitutive Equation of Age Hardening Cu-1.1Cr Alloy during Hot Compression Deformation
p.623

Computer-Aided Design and Fabrication of Bio-Mimetic Materials and Scaffold Micro-Structures
p.628

Study on Bonding Performance of Interlayer Materials between Old Cement Slab and Asphalt Overlay
p.633

A Multi-Dimension Configuration Method of Modular Machine Tools Based on Customer Requirements-Driven
p.638

A Method of Obtaining Gray Balance Data Based on Polynomial Regression
p.643

Design and Implementation of Boot Loader Based on Embedded System Platform
p.647

HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 213Design and Implementation of Boot Loader Based on...

Design and Implementation of Boot Loader Based on Embedded System Platform

Abstract:

the embedded products with representatives of information appliances for the Internet era has demonstrated good prospects for the embedded market, but also brought new and higher challenges to the embedded system technology, including hardware and software technologies. This paper uses BF531 processor as the example, focuses on its startup mode and flow, and then based on this designs and implements a tailor made Boot Loader, to complete BF531 processor initialization, loading, starting the operating system kernel, and other works.