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The implementation of a micro-controller software development expert system

机译:单片机软件开发专家系统的实现

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摘要

The ability of microcontrollers in problem solving has been well known. By their very nature, microcontrollers can perform different functions according to software designs. Therefore, the software development has been highly considered in microcontroller-based system design. The software design process has been described as a very knowledge-intense activity. In order to deliver quality software design results, comprehensive knowledge is usually the fundamental basis. The performance of a microcontroller is the integration of hardware peripheral functions and software control strategies. However, all the proposed functions need to be coded in software eventually. Currently, the programming of microcontrollers is still dominated by assembly languages. Due to the hardware issues and the programming languages, the complexity of microcontroller software design is ever increasing. Modern technologies are thus aimed to apply onto the design process to improve software development. Due to the characteristics of software design, the applied technology is artificial intelligence, knowledge-based system (KBS). This expert system was proposed to help designers to deliver their design results for their target systems according to the configuration of the microcontroller. To effectively help designers during the software design phase, a graphic user interface was applied onto the system. Further detailed functions such as simulation were also included inside the expert system.
机译:微控制器解决问题的能力是众所周知的。就其本质而言,微控制器可以根据软件设计执行不同的功能。因此,在基于微控制器的系统设计中已经高度考虑了软件开发。已经将软件设计过程描述为非常知识密集的活动。为了提供高质量的软件设计结果,全面的知识通常是基础。微控制器的性能是硬件外围功能和软件控制策略的集成。但是,所有建议的功能最终都需要在软件中进行编码。当前,微控制器的编程仍由汇编语言主导。由于硬件问题和编程语言,微控制器软件设计的复杂性不断增加。因此,现代技术旨在应用于设计过程以改善软件开发。由于软件设计的特点,应用的技术是人工智能,基于知识的系统(KBS)。提出该专家系统是为了帮助设计人员根据微控制器的配置为其目标系统提供设计结果。为了在软件设计阶段有效地帮助设计人员,将图形用户界面应用于系统。专家系统中还包括诸如仿真之类的更多详细功能。

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