基于ARM与FPGA的数字通信实验系统设计与实现

文中以通信信号处理、专用集成电路设计、嵌入式系统开发等为基础,设计并实现了基于ARM与现场可编程逻辑门阵列(Field Programmable Gate Array,FPGA)的数字通信综合实验系统,开发了大量通信类专用信号处理电路设计实验资源。以QPSK调制解调器设计实验为例,展示了该实验系统平台上的实验过程及思路。数字通信实验系统资源丰富,设计思路新颖,涵盖知识面广,实验内容灵活创新,增强了学生的创新意识,开拓了学生的专业视野,提高了学生的实践能力,使学生更全面地掌握面向实际应用的通信专业技术知识和项目开发流程。

Design and Realization of Digital Communication Experiment System Integrated with ARM and FPGA

For the cultivation of innovative talents, and improving the quality of the versatile talents, a digital communication experi- ment system integrated with ARM and FPGA was designed and realized, which was based on the communication signal processing tech- nology, ASIC design and embedded system. Various experiment resources for communication signal processing circuit design was devel- oped. An experiment designing QPSK modulator-demodulator is demonstrated for the effectiveness of this experiment system. Novel con- cept and wide ranges of technology are covered in this system. Creative thinking and innovative practice ability in the developing of com- munication system for students can be achieved through this experiment system.