学习ARM指令集与程序设计，嵌入式系统开发与网结合的教学教案

本PPT介绍了网与嵌入式系统开发中ARM指令集与程序设计的相关内容。主要包括ARM指令系统特点、ARM指令系统、Thumb指令、ARM伪操作与伪指令、ARM汇编程序设计、ARM C语言基础及混合编程、超级终端的使用以及ADS集成开发环境的使用。ARM指令系统是RISC指令系统，指令长度为32位，同时一些ARM核还可执行16位的Thumb指令集。ARM处理器支持6种数据类型，包括8位有符号字节、8位无符号字节、16位有符号半字、16位无符号半字、32位有符号字和32位无符号字。通过学习这些内容，可以更好地掌握ARM指令集与程序设计的知识，应用于网与嵌入式系统开发中。Thinking and exercises 第 1 page / total 204 pages 3.1 ARM instruction system characteristics ARM instruction system belongs to RISC instruction system. Each standard ARM instruction is 32 bits long, and some ARM cores can also execute Thumb instructions, which is a subset of the ARM instruction set with each instruction being only 16 bits. 3.1.1 data types 3.1.2 ARM instruction characteristics The presentation provides a comprehensive overview of ARM instruction set and program design for web and embedded system development, including the features of ARM instruction system, various data types supported by ARM processors, and practical exercises for enhancing understanding and application in real-world projects. Additionally, the use of ARM C language and mixed programming, as well as the utilization of tools such as super terminal and ADS integrated development environment, are highlighted as essential components for efficient development in this field.