news    views    talk    learn    |    about    contribute     republish     crowdfunding     archives     calls/events

Research

by   -   August 14, 2014

kilobots

There is something magical about seeing 1,000 robots move, when humans are not operating any of them. In a new study published in Science, researchers have achieved just that. This swarm of 1,000 robots can assemble themselves into complex shapes without the need for a central brain or a human controller.

by   -   June 3, 2014

Tesla CEO, Elon Musk, recently announced that the car manufacturer will produce self-driving cars within three years. Nissan has announced that it will have a self-driving car available by 2020, and Google has said it will do so by 2018. But how do these vehicles work?

by   -   May 28, 2014

Google completed a major step in its self-driving cars project by presenting its first purpose-built autonomous car. The car, which has no steering wheel or controls, can accommodate two people and some luggage.

by ,   -   April 29, 2014

hear_no_evil

A large robot comes out of an office mailroom carrying a package marked “Urgent” to deliver to the boss upstairs. After navigating down the hall at maximum speed, it discovers someone is already waiting for the elevator. If they cannot both fit in the elevator, is it acceptable for the robot to ask this person to take the next elevator so it can fulfill its urgent delivery duty?

by   -   March 13, 2014

NAO

As of yesterday, you can get the adorable and versatile humanoid robot NAO from Aldebaran Robotics for yourself, even if you are not an academic or a hardcore developer. According to Génération Robots, a European partner of Aldebaran Robotics, they are selling NAO Next Gen (that’s the fourth of the four versions of NAOs out there) with the starting price of 5628 €. In North America, the RobotsLab is offering NAO for $7990 – down from $16,000.

by ,   -   December 23, 2013

RoboEarth - mapping in the cloud

UPDATE: New video of a collaborative, cloud-based mapping experiment. Mapping is essential for mobile robots and a cornerstone of many more robotics applications that require a robot to interact with its physical environment. It is widely considered the most difficult perceptual problem in robotics, both from an algorithmic but also from a computational perspective. Mapping essentially requires solving a huge optimization problem over a large amount of images and their extracted features. This requires beefy computers and high-end graphics cards – resulting in power-hungry and expensive robots.

by   -   November 18, 2013

quadrotor_DAndrea_IDSC_ETHZ_FMA

Quadrocopters assembling tensile structures in the ETH Flying Machine Arena. Photo credit: Professorship for Architecture and Digital Fabrication and the Institute for Dynamic Systems and Control, ETH Zurich.

The team at the ETH Flying Machine Arena has released three new videos, demonstrating quadrotors building tensile structures, tossing a ball back and forth, and refining a figure-eight trajectory using iterative learning. Worth the watch!!

by   -   October 25, 2013

The mechanical arm

No, this is not about shapeshifting robots, come to save or destroy Earth. It is about transforming the contexts within which robotic technologies are applied, and about practicing robotics with the intention of bringing about transformational results. In some cases this means finding better ways of accomplishing the same ends as before. In other cases it means pursuing ends that were previously unachievable. It hinges on the recognition that robotics is a revolutionary development, on the order of fire or writing, with the potential to transform everything it touches.

by ,   -   July 17, 2013

Autonomously flying robots — also called small-scale unmanned aerial vehicles (UAVs) — are more and more exploited in civil and commercial applications for monitoring, surveillance, and disaster response. For some applications, it is beneficial if a team of coordinated UAVs rather than a single UAV is employed. Multiple UAVs can cover a given area faster or take photos from different perspectives at the same time. This emerging technology is still at an early stage and, consequently, profound research and development efforts are needed.

by   -   July 16, 2013

Neurorobotics is one of the most ambitious fields in robotics and will play a major role in the newly announced Human Brain Project. This project was selected by the European Commission as a flagship project and will receive a prospected funding of 1 billion euro for a runtime of 10 years. The goal of the Human Brain Project is to pull together the highly fragmented knowledge in the neurosciences and to reconstruct the brain, piece by piece, in supercomputer-based models and simulations. It should lay the technical foundations for a new model of brain research that is based on Information and Communications Technologies (ICT), driving integration between data and knowledge from different disciplines, and catalyzing a community effort to achieve a new understanding of the brain, new treatments for brain disease and new brain-like computing technologies.

by   -   July 15, 2013

Over the last few years, there has been increasing talk about the potential of agriculture as a market for robotics. Speaking about future markets for unmanned aerial systems in a recent presentation at Maker Faire, DIY Drones founder and CEO of 3D Robotics Chris Anderson characterized agriculture as the “biggest economic potential with the lowest regulatory barriers,” and talked about the important role they can play in supplying much needed data to farmers, stating that “agriculture is a big data problem without the big data.”

by   -   July 12, 2013

13-0052-r

This remote medical care robot for use in emergency situations, is under development by a research group at Waseda University, led by Dr. Hiroyasu Iwata.

“If a person receives an impact in an accident, there is a possibility that they could have internal bleeding. In emergency rooms, there’s a diagnostic method called FAST, using ultrasound imaging to check for internal bleeding. But that can’t be done until the patient reaches the hospital. So our idea is that this robot can be put on the patient in an ambulance, and while on the way to the hospital, it can be controlled by a doctor in a remote location. As there is ultrasound probe attached, this robot can be used to check for internal bleeding.”

by   -   July 2, 2013

On June 17, 2013, Astronaut Chris Cassidy successfully drove a K10 rover on earth, via remote connection from the Surface Telerobotics Workbench on the International Space Station, showing that robots deployed to explore Mars or the far side of the moon could be remotely controlled by astronauts in space during future deep-space missions. Telerobotics, which involves human operators remotely controlling robotic arms, rovers and other devices in space, is one means of reducing risk in dull, dangerous or dirty tasks as humans explore space. 

NASA has a long history of playing for high stakes; think of the 7 minutes of terror Curiosity descent to Mars, Spirit & Opportunity, and indeed, the entire space race. Yet when human lives and millions of dollars in technology are invested, it’s critical to keep risk at a minimum. As part of our series on ‘High-Risk / High-Reward’ robotics, we asked Dr. Terry Fong of the NASA Ames Intelligent Robotics Group, to describe how NASA’s telerobotics initiatives help mitigate risk in space missions. – Robohub Editors

by   -   June 26, 2013

microrobot_fingertip_xl

Unlike larger robots, microrobots for applications in the body are too small to carry batteries and motors. To address this challenge, we power and control robots made of magnetic materials using external magnetic fields. Developed at ETH Zurich’s  Multi-Scale Robotics Lab (MSRL), the OctoMag is a magnetic manipulation system that uses electromagnetic coils to wirelessly guide microrobots for ophthalmic surgery.