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Bert22306
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Very cool
Bert22306   10/31/2013 4:16:56 PM
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So, just give it a compass heading, and presumably some sort of altitude range and destination coordinates(?), and it will muddle its way through without collision avoidance system complexities.

Imagine applying such a scheme to self-driving? The "muddle through" approach. It would take a lot of trial and error to find the correct path, and you'd have cars that look more like bumper cars, but hey.

Not sure if insects, say flies, truly behave this way, though. Flies will bump into windows, until they finally find a way out to the light, but I always thought that's because they don't know about transparent glass?

Anyway, very cool. Simple is better.

selinz
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Re: Very cool
selinz   11/1/2013 1:10:10 PM
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I would say the best example of this in the insect world are ants. They have a clear destination. They use collision avoidance. And they often have a predefined path--prepared by the dragging thoraxes of the "lead ant."

docdivakar
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Re: Crashing to Your Destination
docdivakar   10/31/2013 8:44:35 PM
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Impressive, for something with just a compass and altitude sensor. But isn't the Rumba vacuum cleaner already doing something like this? Granted the Rumba doesn't have a 'destination' to speak of but relies on bumping into surfaces to re-orient itself.

MP Divakar

David Ashton
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Crashing to Your Destination
David Ashton   11/2/2013 3:27:32 AM
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A classic example of thinking outside the box (or it this case inside the ball).  There are some clever blokes out there.

DrFPGA
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Many small bashers
DrFPGA   11/2/2013 12:15:04 PM
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A swarm of mini bashers could be very useful in scouting the area. Then the big bashers come thru and avoid most of the larger obstacles.

grover_gren
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brilliant
grover_gren   11/3/2013 12:09:26 PM
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great stuff, as someone else stated, lateral thinking saves a shedload of complexity



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