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摘要

我们报告我们在二进制逆向工程的新课程上的经验,这是一门大学计算机科学课程,在二年级的水平上提供给计算机科学专业的学生和非专业的学生,最低的先决条件。虽然逆向工程在计算机安全中有重要的用途,但这门课程显然不是安全课程,因为逆向工程是一门在计算机科学之外有用途的技能,可以教授给更多样化的受众。最初的课程设计是让学生在面对面的课堂上进行动手练习;我们介绍了为此开发的系统,以及我们使用的其他在线系统,这些系统可以相对容易地转向在线学习,并在疫情需要时返回。重要的是,我们详细介绍了我们在课程中“不评分”的应用,这种评估理念主要在非stem学科中获得了一些关注,但在计算机科学教育的背景下几乎没有讨论。我们提出的教学方法的组合在逆向工程以外的其他课程中具有潜在的用途。
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Binary Reverse Engineering for All
We report our experience with a novel course on binary reverse engineering, a university computer science course that was offered at the second-year level to both computer science majors as well as non-majors, with minimal prerequisites. While reverse engineering has known, important uses in computer security, this was pointedly not framed as a security course, because reverse engineering is a skill that has uses outside computer science and can be taught to a more diverse audience. The original course design intended students to perform hands-on exercises during an in-person class; we describe the systems we developed to support that, along with other online systems we used, which allowed a relatively easy pivot to online learning and back as necessitated by the pandemic. Importantly, we detail our application of "ungrading" within the course, an assessment philosophy that has gained some traction primarily in non-STEM disciplines but has seen little to no discussion in the context of computer science education. The combination of pedagogical methods we present has potential uses in other courses beyond reverse engineering.
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