摘要
以波形发生器项目的设计实现为例,具体阐述了引导学生综合运用所学理论知识,从系统角度思考、设计总体方案及实施手段的教学方法,说明了开发具有可扩展空间的设计项目的必要性。实践结果表明,这些面向实际的设计项目,"软硬结合",对培养学生的自学能力、分析能力、实践能力、创新意识和协作精神,效果显著。
This paper depicts in detail how to guide the students to put their theoretic knowledge in use based on FPGA by taken waveform generator projects as example and the necessity to develop the design project with extendible space has been introduced from systematical think,overall program and teaching method.Results show that these design projects combined software with hardware are effective to cultivate students' ability of self-learning,analysis,practicing,cooperation and their creativity consciousness.
出处
《实验室科学》
2012年第4期83-86,共4页
Laboratory Science
关键词
FPGA
波形发生器
综合设计
实践能力
FPGA
waveform generator
comprehensive design
practical ability