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Software Architecture of a Mobile Robot

机译:移动机器人的软件架构

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摘要

Software architecture is the bridge between business goal and software system. Choosing and designing an architecture that satisfies the functional as well as the quality attribute requirements (reliability, security and performance, etc.) is vital to the success of the system. This applies equally to any application domains of computer software e.g. Artificial Intelligence Application, Embedded Software, Engineering/Scientific Software, System Software, Application Software and Web Applications. Among the above mentioned software application domains, mobile robotics is an emerging and young discipline with a lot of experimentation and learning in architecture, design and development lifecycle phases of mobile robots. For example there are as yet no widely accepted standards, guidelines, best practices and methodologies for architecture, design and operating systems of mobile robots. This article is written with the focus of designing the architecture of a mobile robot using Siemens 4 View architecture approach. The focus is mainly on applying the Siemens 4 View approach in it true sense to architect the software system of a mobile robot.
机译:软件体系结构是业务目标和软件系统之间的桥梁。选择和设计一个满足功能和质量属性要求(可靠性,安全性和性能等)的体系结构对于系统的成功至关重要。这同样适用于计算机软件的任何应用程序域,例如人工智能应用程序,嵌入式软件,工程/科学软件,系统软件,应用程序软件和Web应用程序。在上述软件应用领域中,移动机器人技术是新兴的新兴学科,在移动机器人的体系结构,设计和开发生命周期阶段进行了大量的实验和学习。例如,目前还没有关于移动机器人的体系结构,设计和操作系统的标准,指南,最佳实践和方法论。本文着重于使用Siemens 4 View体系结构方法设计移动机器人的体系结构。重点主要是在实际意义上应用Siemens 4 View方法来构建移动机器人的软件系统。

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