摘要
在介绍物理隔离网闸的工作原理,硬件系统结构以及MIPSCPU特点的基础上,以基于MIPSCPU的物理隔离网闸为开发平台,详细阐述了其引导系统的设计原理和开发过程。仿真实验表明,该引导系统能够快速地初始化相关硬件设备,并顺利启动操作系统。
The work principle and architecture of NetGap are presented. In addition to the characteristics of the MIPS CPU, the design and implementation of bootloader for a MIPS-based embedded system are described in detail with NetGap＇s board as a platform. The simulation results have demonstrated that this bootloader initializes the hardware devices quickly and loads the OS kernel successfully.
出处
《微计算机信息》
2009年第6期157-159,共3页
Control & Automation
基金
复杂机电设备智能检测与故障诊断中的机器学习新理论(070200713)
江苏省博士后科研资助计划项目(江苏省人事厅)
