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Analysis of ARM Boot Code and Remap Technology

Qiao Tao

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Abstract

Most hardware modules of complex systems based on ARM are configurable, boot code plays a key role on initializing embedded system before executing the user's main program. Take LPC2106 for example, describes the process and design method of Bootloader detailedly, and illustrates the address remap mechanism.

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What this paper is about

Most hardware modules of complex systems based on ARM are configurable, boot code plays a key role on initializing embedded system before executing the user's main program. Take LPC2106 for example, describes the process and design method of Bootloader detailedly, and illustrates the address remap mechanism.

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Available abstract

Most hardware modules of complex systems based on ARM are configurable, boot code plays a key role on initializing embedded system before executing the user's main program. Take LPC2106 for example, describes the process and design method of Bootloader detailedly, and illustrates the address remap mechanism.

Key concepts: Computer science, Initialization, Booting, Code (set theory), Embedded system, Process (computing), ARM architecture, Key (lock)

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