CAJ | 학술논문

本文设计了一种基于SOPC(System-on-a-Programmable-Chip)的汉明码编解码教学验证系统，并在FPGA的DE2(Cyclone II EP2C35F672C6)可重构平台上给予实现。该系统结合汉明码编解码算法，采用自顶向下的系统级设计模式和应用SOPC的设计优势，大大增加了针对编解码算法实现的灵活性。这种设计理念可以广泛的应用于本科生的“信息论与编码”理论课程的教学实践中，可有效激发学生对理论课程的学习兴趣和提升其教学效果。
본문설계료일충기우SOPC(System-on-a-Programmable-Chip)적한명마편해마교학험증계통，병재FPGA적DE2(Cyclone II EP2C35F672C6)가중구평태상급여실현。해계통결합한명마편해마산법，채용자정향하적계통급설계모식화응용SOPC적설계우세，대대증가료침대편해마산법실현적령활성。저충설계이념가이엄범적응용우본과생적“신식론여편마”이론과정적교학실천중，가유효격발학생대이론과정적학습흥취화제승기교학효과。
In this paper, a novel system of hamming encoding/decoding teaching verification system is designed based on SOPC(System-on-a-Programmable-Chip),and performed in DE2(Cyclone II EP2C35F672C6) reconifgurable platform on FPGA. The system combines hamming encoding/decoding algorithms, which takes top-down design methodology and applies of the SOPC design advantages, so greatly increases the codec algorithm for lfexibility. This design concept can be widely applied in undergraduate’s information theory and coding theory teaching practice, which can effectively stimulate students' interest in learning theoretical courses and enhance their teaching effectiveness.