On 8 November, 2017, the Engineering and Physical Sciences Research Council (EPSRC) made an announcement about four national research hubs for the most recent innovative research and innovation projects in robotics and artificial intelligence systems.
On 7 November 2017, NAVYA lunched AUTONOM CAB, an exceptional response to the new challenges of mobility in the city center, developing a real revolution in the urban mobility market.
Scientists are currently working toward developing new fleets of autonomous 'self-optimizing' forklift trucks capable of working efficiently and safely in warehouses alongside human co-workers, and also having the potential to automatically adapt to different work requirements.
Sarcos® Robotics, a world leader in the production of robots that incorporate human intelligence and dexterity along with the strength, precision and endurance of machines to reduce occupational injuries and improve efficiency, announced on Nov 1, 2017, that it has been awarded a Small Business Innovation Research (SBIR) Phase II contract from the United States Air Force in order to develop a full-body exoskeleton for logistics applications.
Officials at Beijing First Intermediate People's Court, earlier this month, started to use Sanbot King Kong, an AI-powered robot that has been designed by QIHAN, in order to execute basic litigation services at the courthouse. Xiaofa, the service robot, joins more than 30 intelligent solutions lately launched as part of the Court’s All-orientation Service & Whole-process Conciliation.
On October 24, 2017, Black & Veatch and Aeryon Labs announced that they have launched an end-to-end asset management inspection solution capable of leveraging drone technology for global energy clients.
Researchers at the University of California San Diego have a variety of papers and workshop presentations at the International Conference on Intelligent Robots and Systems (IROS) scheduled from Sept. 24 to 28 in Vancouver, Canada.
HIT Robot Group, one of China's leading robot manufacturers, unveiled more than 50 products and introduced its vision to build the "Robotics Biosphere" at the 2017 World Robot Conference in Beijing.
QUT’s custom-built robot could be the winning solution enabling Amazon.com to save billions in logistics. This robot will be participating in the coveted Amazon Robotics Challenge.
The autonomous agent that is capable of basic sensing, data processing, communication and actuation is referred to as an unmanned system. In the past decade, the formation control of unmanned systems became one of the most active topics.
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