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Continuous Integration and Continuous Delivery in the Process of Developing Robotic Systems

机译:机器人系统开发过程中的持续集成和持续交付

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There are hundreds of companies out there that are bringing new solutions in the field of robotics and trying to get rid of a thousand problems they face. Nevertheless, most of their results do not leave the doors of the lab and remain without any decent attention from society. Institutions and companies require highly qualified personnel to accelerate the development of new solutions and products. High expenses deter broad masses from participating in this activity. It is not only the high price that keeps people away from being a part of the community but also a high entry level to the field. In our paper we consider an approach that makes the process of developing and integration of robotic systems faster and more accessible to the others. At first, the idea implies removing a technical barrier between science labs and other individuals. Secondly, all processes must be automatized by different tools to the greatest possible extent. As a result, we get a cloud web application where anyone can add or edit robotic systems algorithms. There are open technologies that can help us to implement this solution: virtualization, dockerization, web 3d simulator Gazebo, robot operation system (ROS).
机译:有数百家公司在机器人技术领域带来了新的解决方案,并试图摆脱他们所面临的一千个问题。然而,他们的大多数结果并没有离开实验室的大门,并且没有得到社会的任何体面关注。机构和公司需要高素质的人员来加速新解决方案和产品的开发。高昂的费用使广大群众无法参加这项活动。不仅高昂的价格使人们远离社区的一部分,而且使该领域的入门水平很高。在我们的论文中,我们考虑了一种使机器人系统的开发和集成过程更快,更易于他人使用的方法。首先,这个想法意味着消除科学实验室和其他个人之间的技术障碍。其次,所有过程都必须通过不同的工具实现最大程度的自动化。结果,我们得到了一个云Web应用程序,任何人都可以在其中添加或编辑机器人系统算法。有开放式技术可以帮助我们实施该解决方案:虚拟化,泊坞窗化,Web 3D仿真器凉亭,机器人操作系统(ROS)。

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