Robotics
To walk. To jump. To swim. Nature's beings can use the same body parts to do a variety of things—like walk, jump and swim. Robots? Think about it. You generally see them do limited tasks with their mechanical designs and ...
8 hours ago weblog
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Robotics
Multi-legged robots are capable of navigating a variety of complex and unstructured terrains. Their many degrees of freedom allow them to adapt their walking posture to navigate several challenging environments, including ...
Feb 14, 2019 feature
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Robotics
Agriculture, one of the world's oldest vocations, is also one that continues to reinvent itself with new technology. From the introduction of the steel plow to automated tractors to modern fertilizer applications, technology ...
Feb 14, 2019
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Robotics
It took just over 10 years, but real science has finally caught up to the science fiction of Iron Man's transforming exoskeleton suit.
Feb 13, 2019
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Robotics
There is a time when successful cooperation between humans and robots has decisive importance—when one is required to hand an object to the other, and therefore, to coordinate their actions accordingly. Researchers are ...
Feb 13, 2019
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Robotics
Desert ants are extraordinary solitary navigators. Researchers at CNRS and Aix-Marseille University, in the Institut des Sciences du Mouvement—Étienne Jules Marey (ISM), were inspired by ants as they designed AntBot, the ...
Feb 13, 2019
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Robotics
Swarms of small spacecraft could have a variety of interesting applications, particularly in terms of Earth observation, global positioning and communications. Compared to large spacecraft, small spacecraft provide greater ...
Feb 12, 2019 feature
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Robotics
Japan-based startup Mira Robotics has some statistics in mind. By 2035, said the company, 1 in 3 Japanese citizens will be elderly. Other parts of the globe will be facing low birthrates and aging populations too. Mira Robotics ...
Feb 12, 2019 weblog
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Robotics
A new study suggests the use of autonomous machines increases cooperation among individuals.
Feb 11, 2019
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Robotics
A team of researchers at Harvard University and Wyss Institute for Biologically Inspired Engineering has recently developed a computationally efficient framework for the estimation and control of leg trajectories on a quadrupedal ...
Feb 05, 2019 feature
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