In order to accelerate the introduction of industrial robots in different application fields, ADLINK Technologies announced on June 6 that it will join the Industrial Robot The Consortium, the first member in the Alliance's Asia-Pacific region, said that it hopes to use the open source approach to make DDS more relevant for future robotics development and application It is understood that ROS is an open source robot development platform, the world's robotics developers can be related to this platform for research and resource sharing, but also to perception, real-time motion control, image processing, artificial intelligence, Technologies such as positioning and navigation are applied to the robot through a consistent architecture and have a common platform for technology integration.ROS program began in 2007 with partners including Stanford University artificial intelligence research laboratories.Thousands of Users are now working on the ROS 2 Ardent Apalone open source project, while the Industrial Robotics Operating System The Consortium (ROS-Industrial Consortium) was promoted by Singapore Advanced Manufacturing Technology Center (ARTC), Fraunhofer IPA Research Institute of Germany and SwRI and other agencies in March 2017 to officially launch its Asia Pacific region The purpose is to encourage the adoption of advanced robots and automation technologies in the Asia-Pacific region. For Joining ROS-I, Angelo Corsaro, director of ADL Technology, said the ROS push will make the robotics technology more popular and accelerate innovation in closed software .ROS subverts the original closed-end software for the development of the main robot system situation and the establishment of a unified standard design architecture, which ADLAC also will help industry to promote the use of open source software development and hardware integration for the development of the robot industry Has considerable significance, ADLINK has long been in the field of automation and robotics hardware development, will provide automated processing and control to support a variety of solutions with the robot platform, the professional knowledge and technology applied to the relevant plan Among them.
