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Designing of Flexible Multi-Microcontroller Based TrainingudSystem

机译:基于柔性多单片机的培训设计 ud系统

摘要

In traditional Embedded Control Technology courses, students learn to develop assembly language programs toudcontrol peripherals, handle interrupts, and perform I/O operations. However, students find the subject is difficult asudthe subject is presented in a lecture format. Unfortunately, this Embedded Controller Technology (ECT) course is audcompulsory course in any electrical or electronic field of engineering. This paper aims to describe development of audflexible multi-microcontroller training system based on 8-bit microcontroller in Microchip, Freescale (formerlyudMotorola) and Intel family. For this reason, a new laboratory evaluation tool (UMP-EVT) specifically will beuddesigned to be as a learning tool for those who intend to learn microcontroller and for use in the academicudenvironment. With an extensive of this training system, it could let the user to get start with their microcontrollerudapplication efficiently. In addition, it is further boosted by the introduction of Integrated Development Environmentud(IDE) features in order to create user-friendly environment. By using this UMP-EVT, users are exposed to practicaludexperience of the microcontroller and provide an easy path to learn this intelligent electronic device in short time. Inudthis respect, this UMP-EVT would be applicable for education and expose the electrical engineering students to theudunderstanding fundamental of microcontroller in electronic design field.
机译:在传统的嵌入式控制技术课程中,学生学习开发汇编语言程序以控制外围设备,处理中断以及执行I / O操作。但是,由于该主题是以讲座形式呈现的,因此学生发现该主题很困难。不幸的是,该嵌入式控制器技术(ECT)课程是任何电气或电子工程领域的强制性课程。本文旨在描述基于Microchip,Freescale(以前为 udMotorola)和Intel系列中的8位微控制器的灵活的多微控制器培训系统的开发。因此,将专门设计一种新的实验室评估工具(UMP-EVT)作为学习工具,供打算学习微控制器并用于学术环境的人使用。通过广泛的培训系统,它可以使用户有效地开始使用其微控制器 ud应用程序。此外,通过创建集成开发环境 ud(IDE)功能进一步增强了此功能,以创建用户友好的环境。通过使用此UMP-EVT,用户可以接触微控制器的实际经验,并为在短时间内学习该智能电子设备的简便途径提供了帮助。在这方面,该UMP-EVT将适用于教育,并使电气工程专业的学生对电子设计领域的微控制器的基本理解。

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