The paper is essentially one wheeled robot following another wheeled robot implemented with convolutional neural networks. You are safe for now.
This is predator-prey behavior just like adaptive cruise control is predator-prey behavior.
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I see several links in the article, but they are all secondary references. Anyone have a reference to the actual "prey hunting" project.
The same skill set is needed to catch a ball or follow someone to assist (as mentioned in the article).
I am trying to figure out if this engaget article is the one hyping half-functional robots as predator machines or if the researchers themselves are promoting their work like this.
I would also like to see what the performance is like.
"At the base, the slugs will be transferred into a fermentation chamber where bacteria convert them into bio-gas, which is used to load a fuel cell to produce the electricity to power SlugBot's batteries for its next foray."
I'd really like to see those jumps overlayed/side-by-side with actual big cat jump in a similar situation - see how far away are they from each other. (re. the first clip)
The paper: http://www.ini.unizh.ch/admin/extras/doc_get.php?id=61583
Most publications from this group are typical AI research: http://www.ini.unizh.ch/publications
The paper is essentially one wheeled robot following another wheeled robot implemented with convolutional neural networks. You are safe for now.
This is predator-prey behavior just like adaptive cruise control is predator-prey behavior.
---
I see several links in the article, but they are all secondary references. Anyone have a reference to the actual "prey hunting" project.
The same skill set is needed to catch a ball or follow someone to assist (as mentioned in the article).
I am trying to figure out if this engaget article is the one hyping half-functional robots as predator machines or if the researchers themselves are promoting their work like this.
I would also like to see what the performance is like.