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Awakening curiosity — Hardware education for computer science students

机译:唤醒好奇心—针对计算机科学专业学生的硬件教育

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This paper describes a new systematic approach and methodology for teaching hardware based courses to computer science (CS) students. It is a combination of various approaches with a profound goal to provoke deeper comprehension in various topics in microprocessors and microcontrollers details. The computer student programming skills and knowledge (generally high level programming languages and algorithms) is used to program and control processes with microcon trollers. Th e methodolog y evolutes around three steps: using visual simulators, incrementally weighted exercises, from easiest to hardest, including supplemental points, and finally working on real hardware controllers. The proposed teaching approaches were developed for the course “Microprocessors and Microcontrollers”, but can be applied to every hardware based course on computer science students.
机译:本文介绍了一种新的系统方法和方法,用于向计算机科学(CS)学生教授基于硬件的课程。它是各种方法的结合,其深远的目标是激发对微处理器和微控制器详细信息中各个主题的更深刻的理解。计算机学生的编程技能和知识(通常是高级编程语言和算法)用于通过微控制器对程序进行编程和控制。方法论围绕三个步骤发展:使用视觉模拟器,从最简单到最困难的增量加权练习(包括补充要点),最后在实际的硬件控制器上工作。所提议的教学方法是针对“微处理器和微控制器”课程开发的,但可以应用于基于计算机科学的学生的所有基于硬件的课程。

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