Applying Reverse Engineering and its techniques on a remote controlled toy helicopter

M. Younis, Samer Al-Shaer, M. Al-Shabi
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引用次数: 1

Abstract

Reverse Engineering (RE) is the process of testing and analyzing a system or a device in order to identify, understand, and document its functionality. RE in education became vital because it allows students to understand product development steps and the working principles toward the product design. RE techniques learned during the class are applied to grasp the technical system features concerning the product. This paper presents a practical example of RE to a remote controlled toy helicopter. The aim of the RE performed on the product chosen is for the purpose of knowledge and experience. The information provided in this paper covers the RE methodology for the helicopter on the system level as well as the RE of mechanical, and electronics.
逆向工程及其技术在遥控玩具直升机上的应用
逆向工程(RE)是测试和分析系统或设备以识别、理解和记录其功能的过程。RE在教育中变得至关重要,因为它可以让学生了解产品开发步骤和产品设计的工作原理。运用课堂所学的RE技术,掌握产品的技术系统特征。本文以遥控玩具直升机为例,给出了一种可重构的实例。对所选产品进行RE的目的是为了获取知识和经验。本文提供的信息涵盖了直升机在系统层面的可再生能源方法论,以及机械和电子的可再生能源。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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