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Q&A with Aaron Saunders, VP at Boston Dynamics, on teaching robots to dance and how that informs the company’s approach to robotics for commercial applications (Evan Ackerman/IEEE Spectrum)

Evan Ackerman / IEEE Spectrum:Q&A with Aaron Saunders, VP at Boston Dynamics, on teaching robots to dance and how that informs the company’s approach to robotics for commercial applicationsA week ago, Boston Dynamics posted a video of Atlas, Spot, and Handle dancing to Do You Love Me

Q&A with Aaron Saunders, VP at Boston Characteristics, on Showing Robotics to Dance (Evan Ackerman/IEEE Spectrum).

Recently, Boston Dynamics published a video clip of Atlas, Place, and also Deal with dancing to Do You Love Me. To learn even more concerning just how this connections right into the company’s technique to robotics for industrial applications, we overtook Aaron Saunders, VP at Boston Characteristics, as well as asked him some questions. Below’s what he needed to state:.

Q: What motivated the concept of teaching robots to dance?

A: We were motivated by the idea of showing robots in a fun way that could potentially open new opportunities for robot applications in our everyday lives.

Dancing deals an opportunity for us to see exactly how robotics can be configured or shown complicated motions that involve both dexterity and control. This is something that has actually never ever been done prior to and also as such provides some unique insights right into just how we can utilize robotics in industrial applications.
Q: How did you set about showing Atlas, Spot, and Handle to dance?

A: First we made use of standard shows strategies like looping patterns of motions incorporated with experimentation till we got them right. After that we included artificial intelligence methods utilizing support learning formulas to make sure that the robots can self-learn particular motions gradually based upon rewards provided by our designers.

This permitted us to obtain more complicated motions quickly without needing way too much input from our group. Lastly, we constructed an AI-based movement control system that enabled us to create much more complex routines like those included in the video clip.
Q: Can you inform us a little bit concerning just how this technology can assist robotics development for commercial applications?

A: The modern technology behind our dance robots has currently been used in a number of areas such as search and rescue procedures where agility is vital for browsing rough surface home entertainment where complicated choreographies are required production where precise repeatable activities are crucial medical care where remote adjustment is called for logistics where independent navigation is essential along with many various other fields.

By utilizing computer vision technology combined with support knowing algorithms as well as movement control systems these robotics can be educated quicker than ever allowing firms to quicken the growth process while boosting precision and reliability at the exact same time.
Final thought.

Aaron Saunders has supplied some beneficial understandings right into the procedure of teaching robots to dance as well as exactly how this technology can be applied in industrial applications. With basic programming techniques, artificial intelligence algorithms, as well as an AI-based movement control system, Boston Dynamics was able to create complex robotic regimens with dexterity and also sychronisation that have never been seen prior to.

This innovation can assist quicken robotics advancement while likewise enhancing accuracy and also reliability across a variety of sectors such as search and also rescue procedures, amusement, production, healthcare logistics, and also extra. It is clear from Aaron’s remarks that Boston Characteristics is paving the way for a brand-new period of robotics innovation that will certainly transform the method we utilize robotics in our day-to-days live.


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