AUTOMATICA 2016, which will take place in Munich from June 21 to 24, has attracted the world's best in terms of Service Robots. Housed in the dedicated Service Robotics Demonstration Park in Hall B4.518, over 20 exhibitors will show off the very latest in service robotic technology in several themed areas focussed on particular application types, such as medicine and transportation.
MJI, a Japan-based robot developer, is pleased to announce the launch of an AI companion robot, "Tapia," on the crowdfunding platform Indiegogo.
Jon Excell for The Engineer: Designed by a team at the Max Planck Institute for Intelligent Systems in Stuttgart, the new device is claimed to have considerable advantages over existing pneumatically-powered soft actuators as it doesn’t require a tether. The device consists of a dielectric elastomer actuator (DEA): a membrane made of hyperelastic material like a latex balloon, with flexible (or ‘compliant’) electrodes attached to each side. The stretching of the membrane is regulated by means of an electric field between the electrodes, as the electrodes attract each other and squeeze the membrane when voltage is applied. By attaching multiple such membranes, the place of deformation can be shifted controllably in the system. Air is displaced between two chambers. The membrane material has two stable states. In other words, it can have two different volume configurations at a given pressure without the need to minimize the larger volume. Thanks to this bi-stable state, the researchers are able to move air between a more highly inflated chamber and a less inflated one. They do this by applying an electric current to the membrane of the smaller chamber which responds by stretching and sucking air out of the other bubble. Cont'd...
Global Robotics Competition Names William Wong National Organizer, Increases Local Participation
SoftBank Robotics America Announces New Developer Portal and Android SDK to Boost Expansive Ecosystem of Support for Pepper - the Interactive, Humanoid Robot
In Preparation for Pepper's U.S. Debut, Developers are Invited to Collaborate, Create Applications and Be at the Forefront of the Robotics Evolution, Starting Today
Sony Joins Forces with Cogitai to Conduct Research and Development for the Next Wave of Artificial Intelligence
Sony has invested in Cogitai and the two companies plan to collaborate towards the development of novel AI technologies using deep reinforcement learning with prediction technology that could be used as the basis for the next generation of AI applications and products.
Makeblock, the Ultimate DIY Robotics Construction Platform for Makers & STEM Learners to Showcase its Portfolio Expansion at Maker Faire Bay Area 2016
Makeblock Makes DIY & STEM Educational Robots More Diverse & Accessible for Everyone
From Vikash Kumar at University of Washington: Dexterous hand manipulation is one of the most complex types of biological movement, and has proven very difficult to replicate in robots. The usual approaches to robotic control - following pre-defined trajectories or planning online with reduced models - are both inapplicable. Dexterous manipulation is so sensitive to small variations in contact force and object location that it seems to require online planning without any simplifications. Here we demonstrate for the first time online planning (or model-predictive control) with a full physics model of a humanoid hand, with 28 degrees of freedom and 48 pneumatic actuators. We augment the actuation space with motor synergies which speed up optimization without removing flexibility. Most of our results are in simulation, showing nonprehensile object manipulation as well as typing. In both cases the input to the system is a high level task description, while all details of the hand movement emerge online from fully automated numerical optimization. We also show preliminary results on a hardware platform we have developed "ADROIT" - a ShadowHand skeleton equipped with faster and more compliant actuation... (website)
A new company has been formed to bring next generation assistive and companion robots to market by combining University-developed robotics research with the best of British design.
In our latest demonstration, Archie provides an overview of the R200 sensor and shows how it can integrate seamlessly with ROS and a TurtleBot to accurately map and navigate an environment.
Researchers at the University of Sheffield have created an aquatic robot which could be used to inspect otherwise inaccessible pipe networks to deal with blockages.
The demonstration of GeckoSystems' "loose crowd" level of mobile robot autonomously self-ambulating to the seven CEO's and senior management of these international robotics firms was an unqualified success.
Pentagon event showcases more than 60 DARPA research programs-and the teamwork with the science & technology communities that make those programs possible
MIT News via Larry Hardesty for RoboHub: In experiments involving a simulation of the human esophagus and stomach, researchers at MIT, the University of Sheffield, and the Tokyo Institute of Technology have demonstrated a tiny origami robot that can unfold itself from a swallowed capsule and, steered by external magnetic fields, crawl across the stomach wall to remove a swallowed button battery or patch a wound. The new work, which the researchers are presenting this week at the International Conference on Robotics and Automation, builds on a long sequence of papers on origamirobots from the research group of Daniela Rus, the Andrew and Erna Viterbi Professor in MIT’s Department of Electrical Engineering and Computer Science. Cont'd...
Records 1336 to 1350 of 2491
Our fully autonomous intelligent vehicles will help you to transform the way you move materials and route your workflows. Increase throughput, eliminate material flow errors, improve traceability, maximize flexibility and allow your employees to focus on higher level tasks. Unlike traditional AGV's, our mobile robotics navigate using the natural features of your facility and do not require expensive facility modifications or guidance. Our AIV's can adapt to changes in their environment and work freely and safely with your staff. Our mobile robots are intelligent enough to quickly learn their environment and then automatically find the optimal path to where they need to go. They also automatically make adjust for dynamic environments and can work together in fleets of up to 100 robots.