End User Live Programming Environment for Robotics

Jannik Laval
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引用次数: 3

Abstract

Robots are more and more presents in our environment. Even if the manufacturers make robots enough intelligent to integrate every place by using SLAM for example, customers will need to specialize their robots to make them more familiar and more adapted to the need. For that, customers need to integrate new features that should be easily added to the robot. For now, the development of new features needs computer-programming knowledge. In this paper, we propose an approach to avoid the gap between customer and software robotics development. We define a EUD (End-User Development) environment based on the visual programming environment Scratch, which has already proven in children learning computer science. We explain the interests of the environment and show two examples based on the Lego Mindstorms and on the Robosoft Kompai robot.
机器人终端用户实时编程环境
机器人越来越多地出现在我们的环境中。即使制造商制造出足够智能的机器人,例如通过使用SLAM来集成每个地方,客户也需要对他们的机器人进行专业化,使他们更熟悉,更适应需求。为此,客户需要将易于添加到机器人中的新功能集成到机器人中。目前,新功能的开发需要计算机编程知识。在本文中,我们提出了一种方法来避免客户和软件机器人开发之间的差距。我们定义了一个基于可视化编程环境Scratch的EUD(终端用户开发)环境,它已经在儿童学习计算机科学中得到了证明。我们解释了环境的利益,并展示了两个基于乐高头脑风暴和Robosoft Kompai机器人的例子。
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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