BBC has an interesting look at how robots could enrich the lives of those who are paralyzed.
Industrial robots have been around for decades. What will happen when they are connected to AI? What will the job market look like and how will entire industries change?
If we were to ask where the combination of robotics and AI can provide industrial transformation, the immediate view in many people’s minds is the direct replacement of human workers, for example in picking strawberries. This is only a part of the picture, significant gains are also enabled by replacing or upgrading existing machines (see our welding example above), by augmenting human capabilities (such as by presetting no-go zones in robotic surgery) and by opening completely new options that previously were not possible (for example micro surgery robots may need to make their own decisions due to difficulty in communicating with them inside the body).
Two Minute Papers highlights the paper, “TossingBot: Learning to Throw Arbitrary Objects with Residual Physics.”
In this episode of What the Future, check out what Boston Dynamics’ robot dogs have been up to and see how robots can help colonize Mars.
Jeremy Fielding has come up with a handy video introducing the concept of motor types, power, and references to how to wire, speed control, and use all the common types of motors with a focus on reusing motors salvaged from appliances and other sources. Steppers, BLDC, PMDC, single and three phase, universal motors, and more.
We typically imagine robots looking like humans, but there’s a real advantage to other “form factors” that mimic pack animals.
For example, check out this new robot that MIT just made: a mini cheetah robot, the first four-legged robot to do a backflip.
At only 20 pounds the limber quadruped can bend and swing its legs wide, enabling it to walk either right side up or upside down. More practically, the robot can also trot over uneven terrain about twice as fast as an average person’s walking speed.
The Robot Operating System – also called ROS – is a framework for building Robotics applications. ROS is supported by a large community, which have built thousands of nodes – individual robot behaviors which can be composed into complex solutions. This ecosystem has been enabled on Windows. Learn how to get started, some of the differences and some of the reasons you’d want to use Windows over other operating systems. Check out the get started guide: https://aka.ms/ros
Agility Robotics shows off their progression of increasingly complex walking strategies from ATRIAS through recent results with Cassie the robot. Specifically, Cassie’s controller now includes planned footstep placements in addition to dynamic balancing, which allows access to substantially more complicated terrains.
BBC Click explores how an exoskeleton can help with physical rehabilitation, foldable phones, fashion, and visual effects.